SK392013A3 - Exercise simulator with the additional tools with mechanical and electric drive - Google Patents

Abstract

The trainer consists of a detachable frame (1) formed by the lower and upper frame (1a, 2a), which are connected by a right and left angled post and a main post (300, 310, 40, 410) and includes a multipurpose prop and a rear load post (440, 510). The lower frame (1a) is formed by the right and left lower skids (100, 110), which are connected to the lower main cross member and the auxiliary lower cross member (160, 150). The upper frame (2a) is formed by an upper main cross member and an auxiliary cross member (220, 250) connected to the right and left upper skids (200, 210) and a rotary superstructure (29). An anchor arm (215, 216) is selected to anchor the treadmill. The trainer is equipped with a set of action tools for complex body exercises.

Description

Field of technology

FIELD OF THE INVENTION The present invention relates to a trainer and ancillary tools with mechanical and electrical propulsion which enable a group of exercisers to perform complex body exercises at once by means of a plurality of action tools connected to horizontal and vertical rotational and path-guided motion transmissions to and from vertically mounted gravity el. or mechanically driven tools and, on the other hand, allowing the opposite driving effect to be performed by means of a plurality of el. gearboxes adapted to the movement of the limbs for a group of wheelchair users or physiotherapists, even with the help of lifting and relieving the body in order to enable either the public or at home in a minimal space to achieve an effective way for comprehensive exercise and rehabilitation and public transport.

BACKGROUND OF THE INVENTION [0002] To date, there is a known method of complex muscle training only in gyms or at home on stationary bikes and on single-purpose or large, heavy, perturbed and non-adaptable to the character of a multi-purpose machine with a small number of tools to perform exercise and can only be used for one exerciser and does not address adaptation for wheelchair users and people after operations with severe injuries to limbs, spine and Exercise through lifting and lifting and positioning, and body stabilization, coordinated movement of the limbs through el. drive can only be performed in specialized rehabilitation centers with extensive cost equipment and with the help of highly qualified personnel, which does not meet the great need for Considering the lengthy post-treatment processes and the high financial costs for insurance companies and the state, while further disbursement of high disability pension costs is not yet known, the methods of comprehensive and effective exercise or body rehabilitation and health retention are not yet known. joint exercise for the whole and multi-member family or several close families together and at the same time enabling to bring to life the social need from the family on a large scale from youth to late age to develop the boom of sport

SUMMARY OF THE INVENTION

These disadvantages are overcome by the invention. A simulator and ancillary tools with mechanical and electric propulsion consisting of a folded, detachable carcass of metal, non-metallic or composite materials consisting of a lower and upper frame joined by a right and left knuckle and a main upright and an open, closed and assembled set of kinematic chains vertical, horizontal swivel, roller in track or general shear movements and from fixed and additional built-in tools, and through the athlete's effect on a plurality of actuators and allows to transmit a dynamic effect on at least one load sád el. or mechanically controlled loads or by means of continuously controlled el. gearboxes and lifting gear

It enables rehabilitation patients to transmit dynamic effects from the actuator to change the position of the limbs in conjunction with lightening of the body and the ability to programmatically control the individual loads and return gearboxes via a computer and continuously control and adjust the action movement in conjunction with the limit switches. on the other hand, the ability to issue a document in electronic or written form of a skeleton equipped with weights or spring expanders in I. and II. load section and, on the other hand, with a placed weight and a central pressure gauge to measure the pressure before and after the exercise and measure the pulse during exercise

The advantage of the trainer according to the invention is the movement without deadlifts, simplicity with little moving elements, reliability, while the performance and the range of use is at least comparable to a classical gym but it is at least 30 times when compared to space requirements and weight. adapted for wheelchairs, injuries and illness, elderly or obesity of disabled people and rehabilitating, patients with reduced limb and body mobility to take advantage of the possibilities to manipulate and lighten the body weight and its stabilization by means of a rotary superstructure equipped with a hoist; for the active use of actuators of vertical, horizontal rotary and in path or free guided movements, changing the position of two sets of vertically positioned and el. controlled gravity or spring loads and the possibility of using additional built-in tools eg. in total, 3 treadmills, 5 bicycles per treadmill, exercise bike, pedal bike, vertical and horizontal torsion bar, telescopic leg, ladder, boxing bag and a set of lower and upper vertical moves and a set of rigid tools allowing you to exercise optimally for up to 12 exercisers at once 7 m ² and is therefore particularly suitable for sports, recreational, rehabilitation and special purposes in home, work or public environments, schools, police, army, firefighters, sports clubs, rehabilitation and high-altitude workplaces, institutions, railway and air terminal and is suitable for various means of transport such as trains, ships, planes and space program, further advantages derive from the specific features that make it possible to produce in several types and its possible modifications according to the needs of a wide range of people and groups of people he said.

BRIEF DESCRIPTION OF THE DRAWINGS 3 D

BRIEF DESCRIPTION OF THE DRAWINGS The invention is explained in more detail by the number of drawings () and the number of figures () for illustrating an embodiment of the invention. Figure 1a shows and is directed to the vertical pivoting movements of arms and legs with a universal bench seat and extension body extended; 2a and 2b show a left side view and a plan view of the universal bench with the universal seat in the extendable leg, by locating the running belt of the bicycle with the el. and a mechanical bicycle with a hoist provided with a hoist, drawing 3 with Fig. 3 shows an oblique top view of the forehead and the right side with the universal seat with footrests retracted on the left, and the tilted tipper with folded universal seat and backrest retracted Fig. 4 shows the towing trolley, drawing 5 with Figs. 5, 5a, 5b is directed to the loads I and II, in the right-hand universal seat and with the footrests tucked in and the arm on the ladder stand with the treadmill raised. Fig. 6 with Fig. 6 and Fig. 7 is directed to depict horizontal rotary movements by unwinding, winding horizontal and vertical rotary pulleys by means of traction chains and cables, Fig. 7 with Fig. 8 shows an enlarged view on the lower front and is directed to the left for vertical rotary movements and in the middle to the pulley block 3

9 in FIG. 9 with a left oblique view illustrates a right-side view of the el. Figure 9 shows a bicycle with a worktop on a PC and a workbench placed as an alternative to use with a large number of exercise tools. 10 is a complementary side left view of the vertical rotary movements of segment 1.2 and circular segment and arm segments and delta exercises using obliquely upwardly extended arms pulling down in front of the body, FIG. 10 and FIG. 10a is a supplementary drawing to FIG. 10, FIG. Fig. 1a shows an oblique rear rear view showing a bellows location. 12 with fig. 11b shows an enlarged rear oblique view of the movement device of differential vertical and horizontal movements, FIG. 12 is directed to accommodate the elongated arm actuator, the foldable arm arm with the universal seat and backrest, the leg legs with the foot and the folded treadmill, the arm arms positioned positionably on the crankshaft, FIG. 14 with FIG. 13 showing the arms of a wheelchair driver with a reduced transmission and with attachments allowing for exercise from the trolley, a boxing bag, a cross beam with retractable pins inserted in the tipper trolley e.g. for practicing calves, also shown is a universal seat with foot rests eg. for the front and rear leg exercises and the extended positions of the gearboxes for horizontal two-sided pivoting movement of hands and vertical two-sided pivoting movement of the legs, drawing 15 with FIG. 13a is a front left side oblique view showing the treadmill of the treadmill tilted, the mechanical and electro-mechanical bicycle part of the stepper, the elbow support arm and the tilted tilter, FIG. 14 and FIG. 14a indicating the rear position of the treadmill on which the exercise bike is located, the multipurpose shelves for storing personal needs, the rear lower movement and the universal bench on which it is possible to exercise by means of horizontally displaceable and adjustable unwinding pulley. the extension leg and the detailed location of the exercise bike in combination with gravity loads, drawing 17 with FIG. 15, 15a and 15b on which expanders are depicted, e.g. Fig. 18 shows a vertical swivel arm of a torsion bar and a bicycle, but the exercise can be performed only individually, a detail of the rear pull of the pulley block and a detail of the location of a horizontally swiveling torsion bar; Figs. 16, 16a show a right side and top view showing the weights together with the lower rear thrust with a horizontal swiveling torsion bar, universal bench, retractable extension leg, bicycle, backrest bicycle, treadmill in initial position, reverse gear and slope arm. cross-member with bag, drawing 19 with fig. 17 shows the universal seat, the lower and lower front pull of the pulley block 1 with the narrow eye-eye, the universal bench, the part of the exercise bike, the circular segment with the foot pendulum, the control panel or tablet with the touch screen; 20 with FIG. 17a is a supplementary drawing for drawing 19 and is supplemented with a tilted tread arm of the treadmill, a dumper in the working position, a separate vertically rotatable torsion bar and personal needs such as e.g. sanitary towels and drink holders, drawing 21 with FIG. 18, abor.18a and FIG. Fig. 18b shows a front view of the lower part of the treadmill with the displaceable stroke cross member positioned, the universal seat, the narrow-eye front thrust, the details of the gear drive segments 1 and 2, drawing 22 with fig. Fig. 19a is one variation of the means of placement in the vehicles and shows a rear oblique view showing a set of bicycles, running belts, boxing bags, a tilted tilt arm, an exercise bike, a vertical and horizontal torsion bar and expander loads; 19b is one of a variation of the means of placement in vehicles and shows a universal bench, a tiltable tilt arm of a treadmill with a treadmill, counter-belts, a boxing bag, an exercise bike, a vertical and horizontal torsion bar, mechanical and electro-mechanical bicycle and expander loads 24 with FIG. Fig. 19c is one variation of the 2 placement options in vehicles and shows a stepper, elbow arm arm, boxing bag, bicycle set, universal bench, exercise bike, vertical and horizontal torsion bar pivoting, folded tail arm, drawing 25 with fig. 19d is one of the variations of the possibility of placement in vehicles and shows the tipper in a horizontal position, a set of bicycles, a stepper, a boxing bag, a tilted treadmill arm, an exercise bike, a vertical and horizontal torsion bar and expander loads. one of the variations of the possibility of placing in means of transport and shows a plan view of the arrangement of running belts, bicycles, running belts, a ladder lifting arm with a hoist and a universal seat, drawing 27 is a detailed illustration of the towing car in a tipper with a free towing chain 28 is a detailed illustration of a truck in a dump truck showing details of the coupling of a free tow chain to a dump truck towing link and a detail of a positionable drawbar link coupled to the towing carriage; free tension chain passing through the guide pulley of the tipper guide element, drawing 29 with a detailed view of the position of the pulley 1 and the pulleys of the rear pull of the pulley 1, drawing 30 with a detailed view of the rear pull of the pulley. shows firstly the attachment of the lower set I and II. section of the spring loads and on the one hand shows the holes for receiving the lower bearing of the guide rods I. and II. spring load section, drawing 31 shows the tilting, pulley 32 and rear draw assembly, and detail of bearing of the main guide pulley and the lower guide pulley of the stabilizer bar, drawing 32 shows the reverse gear of its mounting hole and the mounting couplings, drawing 33 shows a bicycle with mounting by positioning arm; drawing 34 with detailed illustration of the horizontal and vertical swivel bar with detailed distribution on the torsion bar body torsion bar and swivel arm, drawing 35 shows a spring expander with the layout of individual tension plates of each pair of tension springs, drawing 36 is a supplementary drawing to drawing 24 for an electro-mechanical bicycle, drawing 37 shows a functional assembly of counter-running belts with el. driven by el. Figure 39 shows a top view of differentiated vertical and horizontal rotary movements with the location of the reverse gear and traction chain catchers; Figure 40 shows the mounting of the rotary superstructure on the top frame; a rotating supporting telescopic arm with a hoist and a boxing bag and also shows the position of the muff in the blood pressure measuring position and the magnetic sensor in the working position, drawing 41 shows a plan view of the treadmill with anchoring elements of the stabilizing jig in action; shows a stabilizer with details of anchorage and a spring that acts as a gravity spring in space, drawing 43 shows a stabilizer with details of a stabilizer grid with organ Figure 44 shows a tilting bar with a rear pull of a pulley 3 with a stabilizing device placed in a trolley with a universal seat serving, for example, an anchor and a stabilizer grip. for rowing in space.

DETAILED DESCRIPTION OF THE INVENTION

The basis of the embodiments is a removable frame (1) formed of dismountable units from the lower and upper frames (1a), (2a) connected to the right and left cranked and main uprights (300), (310) and (40), (410) and a multipurpose and rear pawl of the loads (440), (510). wherein the lower frame (1a) is formed from the right and left lower rails (100), (110) connected to the lower main and auxiliary lower cross members (160) (150); the main lower cross member (160) is provided with a front right and left arm (161-2) at the front and a pivotal mounting of a fixed portion of the clutch 1 (163a, b) interconnected by the cross member (165) and rearwardly connected by a rear thrust support (168a, b) a crossbeam (150) provided with a bicycle (19b, c, d) while the right lower skid (100) is provided with a right rotatable bearing (103ab) of the press shaft (129), a bracket (101), (102) of the extendable leg (1121) and a bracket (102a, b) of the combined front and rear ladder uprights (1101-2), the bracket (101a) el. of the bicycle (19a). the left lower rail (110) with the guide pulley (112b, c) of the rear pull (113c) is connected to the left rotary bearing (103b) of the press shaft (129), to the stand (111) provided with the rotary bearing (111a) with stand (121) and equipped with guide pulley (121a, b) of pulley 1 (113)

As a whole, the upper frame (2a) shown in Figs. 2a, 6, 7 and is formed of an upper main and auxiliary beam (220), (250) connected by a management and a left upper rail (200), (210) and a rotary superstructure (29). ) being positionably coupled to the front and rear positioning cross members of the rotary movements (230), (250) and provided with a stabilizing bracket (20a, b, c, e, f, g, h, i, k, 1, m, o) a stabilizer cosmonaut (20) wherein the main upper crossmember (220) is connected to the right and left upper skids (200), (210) and detachably connected to the skids of differential movements (9) and is provided with left straight and right crank arms (22la, b), provided with a bracket with a pivot bearing (222a, b) for the right and left clutch 2 divided by a horizontally rotatable crankshaft (8a, b). and the right upper skid (200) is connected to the front and rear brackets (201a, b) of the ladder. (1100), the right bracket (270a) of the inclined cross member (270) with the right bracket (465a) ice 2 (460) with right-hand shaft holder (852a) of right and left unwinding-reel pulley (850), torsion bar body (206) with inner and outer handles (205), (204), wherein the upper left skid ( 210) is supported by a strut (266a) on the left main prop (410) and is connected to the front and rear anchoring legs (215), (216) and the left bracket (270b) of the inclined cross member (270) and the outer and inner handles (205) , (204)

In FIG. Fig. 8 shows a ladder (1100) with a control panel (1112) connected by a lower bracket (102a, b) and an upper bracket (20a, b) to the right lower and upper skids (100), (200) and is formed of a combined right and left upright (1101-2) and is equipped with a tiltable treadmill (23a) with el. gearbox (2013a) and, on the one hand, the swing arms of the arm elbows (1028), with the telescopic arms (1105b), a gripping bar (103), a set of drawers (23 8c, d) with a hook (1027) and the adjustable arm (1107-8) e.g. for hoist suspension (1109) usable for wheelchair lift or for post-accident rehabilitation

Significant help for rehabilitative exercisers is represented in fig. 40 shows a rotary superstructure (29) which is connected by means of legs (2903-6) to the upper frame (2a) and secondly to the combined leg (273) of the ladder (1100) being formed of a supporting frame (2901) and a circular turntable (290) interconnected by a cross-member (2901) and which is provided with a positioning toothing (2908) with a pivot bearing (2901) which is connected to a pivot and extension arm with a rolling wheel and eye (2902c, d); a boxing or kicking bag (279) and, on the other hand, a chain block (1109) allowing the body to be lightened in the range of the extension arm with the rolling wheel and the eye (2902c, d). a treadmill arm (216) wherein the front anchor arm (215) is provided with a rotatably mounted swing (215a) e.g. organizers for music, tablets for intermediate results and for storing aids eg. a multifunctional muff with a smartphone (2550) consisting of a display (2551) of a mitten connector (2553) with a switch (2555) and an asel. a compressor (2252) wherein the rear anchoring arm of the treadmill (216) is provided with a rotatably mounted support (216a, b) coupled to the tilt arm (2304) of the treadmill (23c) or e.g. With the bicycle hook (226) it is also possible to choose an anchorage from the top to the ceiling, especially when the treadmill is rotatable

Possibility of operating the treadmill according to the invention is shown by the tilt arm (23) of the treadmill (23c) is rotatably mounted in a holder (216a, b) and is formed with a torsion bar shaft (2301) provided with a holder (2302) and a torsion bar stop (2303). the torsion bar shaft (2301) is coupled to the right and left handles (2307a, b) coupled to the control (2309) and a STOP button (2310) which is interconnected by a connecting shaft (2308) provided with the control (2311) and a STOP button (2012) ) and tablet (2014)

The right crank (300) is connected by the lower and upper skids (100), (210), and is provided with a lower and upper bracket (304-5) of the foot rests (1008-9), a workbench bracket (303) for the lower and upper guide rails. a rod (1126a, b) of the extendable leg (1120) and a hook (1207) e.g. fitting of narrow arm with eye (1024)

Exercise with upper body with legs restrained by means of a stabilizing mat (1011) and an inclined universal bench (1130) shows a sliding leg (1120) housed in a lower and upper guide rod (1126a, b) formed of a leg (1120a) with the universal drawer set (1127) is housed in the lower and upper guide rods (1126a, b) and is provided with a foot (1120a) with a washer (1128) and connected to the universal drawer set (1127) with the lower and upper stabilizing positioning bars (1123a, b) being provided with a vertically adjustable rod with adjustable holes (1122) provided with a body stabilizer pad (1001), wherein the vertically adjustable rod with adjustable holes (1122) is positionably supported in the leg (1120a) by means of a locking pin (1123) the stabilizing body pad (1001) with the stabilizing handles (1003) is located on a vertically adjustable opening (1122) and is provided with a pair of universal sockets (1127) of a universal bench (1130)

The left-angled upright (310) with the set of universal drawers (321) is coupled to the left lower and upper skids (110), (210) and is provided with a rotatably mounted (311a) segment (312) holder ( 322) table tops (1051) with a foot rest magazine (327) (1008-9) with a lower and upper foot rest (323-4) with a foot rest (1008-9) with a hand holder (326) with a drinking mode holder (325) with a hook (1027) and guide roller (317)

The right main upright (400) is connected to the main lower and upper crossbars (160), (220) and is connected to the upper auxiliary crossbars (250) by a strut (266a) while being provided with a bicycle wheel holder (401) and ael. motor (402) by tilting beam (404) of PC board (1052) and holder (405a, b) shelf (1213-4) holder (1600) with set of universal sockets (1127) universal bench (16) by hand grip (403) el. a bicycle (19a) and a holder (409) of a vertically rotatable torsion bar (17b) and a bicycle (15)

Fig. 7 shows a multi-purpose prop (440) with an auxiliary foot (447) coupled to the main lower and upper cross-members (160), (220) and serving both to support the front paw of the loads (510a) while being provided with a holder (449a, b) with a thread (449a, b) serving both for mounting the tilting arm of the arm elbow supports (449a)) and at the same time serving as a hinge for the backrest (1007), provided with a right and left load bar support (503) , (502), a positioning arm with positioning holes (446) for the tipper (700) and, secondly, a guide pulley (440a) which guides the tension chain (444a) to the unwinding pulley (464b) of the pulley2 (460). (442b) guide the tow chain (444a) through the profile of the multi-purpose upright (4402) from the pulley 3, wherein the hinged arm arm support arm (449a) is formed from the arm arm rest (470a) with a threaded connection (470a) and a zontal arm holder (471 a, b) and a stabilizing pin (473) engaging a hole (810) of the stabilizing pad wherein the left main post (410) is connected to the left lower and upper skids (110), (210) is provided with a strut (266b) ) coupled to the left-hand rail (210) and the shelf holder (41a, b) and both the holder (433a, b) of the extension arm for the wheelchair (1401) allowing the right and left arms (422-3) to be carried exercise from wheelchair

Significant assistance for wheelchairs is represented by the right and left segment of the hands (416), (417) with the sprocket (1405a), in the form of an eccentric or a circle section, is vertically rotatably supported in a rotatable support (413-4) mounted on a beam (412 connected) left-hand upright (410) left-hand upright (310)

The right and left handwheel segment (416-7) with the sprocket and the axle (1405a, b) are e.g. double-sided connected to tow chains (218a, b), (419a, b) and being connected via a closed tow chain (1404a, b) to the right and left sprockets with the axle (1403a, b), the beam (412) being equipped with a computer with a tablet organizing load control ael. gearboxes (436) via smart cards and with chip box (437)

The combined arm assembly comprises a shoulder (425) consisting of a right arm holder (425a) of an elbow support (425b) of a left hand holder (425c) and a lower holder (425d) with a rotatably mounted (432) ring segment (426). provided with an auxiliary beam with a pivot bearing for the wheelchair (1400) which is provided with a right and left sprocket with an extended axle (1403a, b) which is adapted to accommodate extension extensions (140a, b) and simultaneously to position the adjustable arms (422a) and the left driving sprocket (1403a, b) is coupled to the driven right and left sprocket with the axle (1405a, b) being coupled by a closed tow chain (1404a, b)

Segment 1 (312) with chain tensioners (312b, c) with lockable openings (318a, b), eccentric or circle-shaped cut-out (312a) is mounted on the left cranked (310) by means of a freely rotatable axle (311b) and is positionably coupled by the actuator to the leg arms (319a, b) by means of a locking pin arm (319) wherein the right and left leg arms (319a, b) are rigidly connected to the axle (31 lb) and the pull chain the chain link (315a) is coupled to the unwinding pulley (116) of the pulley blocks (113) and the tow chain (315b) is coupled to the chain link with the chain link (325) before entering the unwinding pulley (116); the chain link (316) is connected to the tow chain (315a) before entering the idler pulley (121)

N /

The annular segment (426) of the chain clamps (426a, b) is mounted on the arm (425c) in the pivot bearing (431) and is provided with an actuator with a pendulum positionable foot rest (428). the unwinding pulley (118) the pulley (113) the pulling chain (429) is connected to the pulling chain with a chain coupling before entering the unwinding pulley (118)

For the strengthening of the hands serves a press (128) is formed of a segment 2 (123) with locking holes (123c) is rotatably mounted in the right and left rotatable bearing (103a, b) which is connected by the shaft (128a) while being positionably connected with a drive shaft (129) by means of a locking pin (133) wherein the drive shaft (129) with the locking pin (133) is vertically rotatably mounted on the drive shaft (128a) and is provided with a socket (132a, b) enabling sliding of the actuator on the right and left a press arm (1021) wherein the segment 2 (123) with the locking holes (123a) of the chain tensioners (126) is directly coupled to the shaft (128a) and indirectly coupled to the drive shaft via the locking holes (123c) and the locking pin (133) the chain with the chain link (123a) is guided by a guide pulley (121a) and connected to the unwinding pulley (117) of the pulley 1 (113) and the tow chain (132b) is connected to a chain with a chain link (123a) before entering the idler (121b)

The pulley 1 (113) is rotatably mounted in a retainer (111a) of the pulley stand 1 (111), and is formed of a unwinding pulley 1,2,3,4 (116-8), (120) and a winding pulley (119) connected to each other. a common shaft (113a) wherein the rear tension of the unwinding pulley (120) of the pulley 1 (113) is provided with a unwinding traction chain (120a) which is guided through the upper and lower guide pulleys (112a, b, c) and profile of the pulley stand (111) (113) connected by means of a coupling (120b) to a traction cable (120c) by a plunger (120d) and, on the other hand, a basic double-stack (90a) with a backstop stop (900c) is formed from a shaft (905) which is provided with a -3) mounted in a pivot bearing (908a, d) mounted on the skid of differential movements (9a) wherein the floating bunker (90b) with the backstop stop (901d) is vertically mounted on the shaft (905) of the basic bunker (900a) and is formed from a shaft (906) which is provided with an od a retracting and winding pulley (902-4) which is supported in a pivot bearing (908b, c) on a skid of differential movements (9a) wherein the winding pulley (903) and (904) is connected to a traction chain) connected to an upper set of loads (601b) lies on the skid of differential movements (9a) and is formed of a cross-sectional rod (U) which, on the one hand, is provided for attaching a holder with a rotatable bearing (908a, b, c, d) to the base and floating double stack (900), (901) with a pivot bearing (929a, b, c, d) of the right and left floating triple girders (920a, b) and, secondly, being adapted to the main upper crossbeam (220-3a)

The horizontally differentiated swivel movements of the arms and legs (8) are transmitted from the right and left horizontal swivel shafts (80a, b) with the double-winding-unwinding pulley (830a, b) being rotatably mounted in the lower right and left clutch 1 (163a, b) , and in the upper pivot bearing (222a, b), and is formed from the right and left driving lower cranked and bound upper straight portions (800a, b) and (820a, b) wherein the right and left lower driving cranked portion (800a, b) s is rotatably mounted in a positionable coupling 1 with a locking pin) (166a, b) and in a positioning coupling 2 with a locking pin (805a, b) with a positioning bore and a pin (166a, b) through which it is positionably connected to the right and left upper driven a coupled shaft portion (820a, b) having a table holder (80a, b) and a stabilizer pad (810a, b) -l) with an opening (811c) both as a bed and a stabilizer for the vertical swing arm arm (1027a, b) both bed and pivot point for the swivel adjustable hand arm (843-4) and the lower adjustable rod (804a, b) with a locking hole (805a, b) to accommodate the foot action arm (1003a, b) with the right and left universal stabilizer pads (810a, b) is provided with a pivot bearing with positioning holes 1,2 (811 a, b) intended for pivot bearing and the positioning of the arms (843) is provided with a stabilizing bore (811c) for static bearing of the right and left vertical swing arms the arm elbows (1027) through the sunk of the stabilizing pin (1027c) and that the right and left actuating arms (840) are formed of a rotatable adjustable arm (843) and an actuating adjustable arm (840a) and that the right and left actuators 804a, b) is vertically positionable in the right and left stands (803a, b) and is provided with positioning holes with with an opening (805a, b) for accommodating a portable right and left leg adjuster (1003) with a step (1003b), and on the other hand, the right and left upper straight and driven tied shaft (820a, b) with bearing in the rotatable housing the bearing of the upright 2 with the positioning disc (821a, b) is rotatably mounted in the upper pivot bearing (222a, b) and is provided with a driving groove (826a, b) for transmitting power from the upper driving positioning action bar (819a, b) while being connected to the right and left horizontally double-sided winding pulleys (830a, b) and secondly that the upper vertically positionable action bar with locking hole (819a, b) is provided with a guide pin (827a, b) moving in the driving groove (826a) , b), (805, b) with a locking pin (805a, b) and an elongated crank arm mounting hole (1022) with a bore (819a, b)

Horizontal rotary movements are transmitted by the right and left horizontal double-sided winding pulley (830a, b) is provided in the center of the wrapping and attached by a towing rope (831-2), creating the outer and inner towing rope at the end with the chain link (831a, b). (832a, b) and is located at different height levels having a diameter greater than the distance between the pivot bearing (222a, b) and the right horizontal double-sided winding roller (830a, b) being lowered while its outer and inner the tow cable at the end of the chain link (83a, b) passes indirectly through the right and left twin unwinding winding pulleys (850a, b) for connection to the tow chain (933) and (936), the indirect power transfer being performed by the winding-winding pulley (850a) , b) with an auxiliary weight (855a, b) consisting of a shaft (854) firmly connected to the holder (852a, b) and provided with a rotary bearing (853ab) of the right and left double unwinders a pulley (850a, b) provided with a stabilizer (25) of the towing cable at the end with a chain link (831a, b), the right and left floating triple arms (920a, b) with the catchers of the sliding tow chains (25e, f, g, h) and with a retraction stop (950a, b) is vertically rotatably mounted on the shaft (905) of the base double-stack (90a) and on the left on the shaft (906) of the floating double-stack (90b). b) is made up of the right and left shaft (941-2), which is eg. firmly connected by the right and left outer and inner unwinding rollers (937-8), (939-40) and on the other hand with the winding roller (946a, b) while being vertically rotatably supported on the shaft (90 5-6) of the base and floating bunker (90a) , b) and is rotatably supported on a rotatable support bracket (929a, b, c, d) which is mounted on a skid of differential rotational movements (9a), wherein the right and left right three-ply floats (920a, b) are oriented relative to each other a roller (946a, b) having both winding towing chains (933-5) and (934-6) for unwinding rollers (937-9) and (93840) and a winding towing chain (946) with ends of the towing chain (946a, b) connected to a winding roller (94a, b) connected by a traction chain (945a, b) connected to a lower set of loads (601a) wherein the traction chain (933-4), (935-6) simultaneously serves as a load for tensioning the attached traction chain (83a, b), (832a, b) and, on the other hand, a tension-coupled cable the towing cable (83a, b), (832a, b), wherein the towing chain (935-4) is flush with the horizontal horizontal double-winding pulley (830b)

The tipper (700) is formed from a stand (701), a hinged frame (706) with a guide element (710) with a guide roller (709d) which is guided and adjustable in the positioning arm (446), and (701) of the main guide pulley (705a) is provided with a holder with a rotatable bearing (702) of the pulley 3 (441) and a set of universal drawers (704) connected to the crossbeam (165) and the hinged frame (706) to the guide (710) ) is formed of open U-shaped profiles placed opposite one another forming a track for moving the towing carriage (720) and provided with a stabilizing bar (709) with a hinged leg (708), a holder (711) with a backrest (1007) and a footrest (712) wherein the stabilizing bar (709) with the locking holes (709b) and the cross member (709c) is connected to the tilting frame (706) while passing freely through the positionable drawbar (726) of the towing carriage (720) and provided with lower and upper a guide pulley (705, b, c) and that the guide member (710) of the tipper (700) is formed from a guide part (710a) with a locking hole (710b) and is provided with a guide pulley (705d); provided with a hook (713a, b) at the ends passes through the profile of the stabilizing bar (709) and through the guide pulley (705d) of the guide element (710) to the opposite side and is switchable via a hook (713b) a hook (729) of the towing carriage (720) and, on the other hand, connected by a hook (713a) to the opening (728) of the adjustable drawbar (726) of the towing carriage (720)

The movement guided vertically in the path is carried out by a carriage (720) with a positionable drawbar (728) moving the rolling frame (706) and moving freely on the stabilizing bar (709a) and being formed of a rectangular supporting frame (721) a guide bushing (721a) and a stabilizing bore and a hook (727a, b) and is provided with lower and upper, right and left pairs of guide wheels (722a, b, c, d) and (723a, b, c, d) rotatable in axis coordinates (X and Y), universal socket sets (724), and a bracket (730) with an opening (730a) providing both positionability through the stabilizing holes (709a) of the stabilizing bar (709) and the portable stabilizing pin while connected to a chain (452) coupled to the unwinding pulley (442b) of the pulley 3 (441) wherein the positioning rod (726) is received in the guide sleeve (721a) of the towing carriage (720) and is formed of a positioning rod (726) being provided with a pair of universal drawers (725) and an opening (728) which is connected to the trolley (720) by means of a locking pin (727a) and that the winding traction chain (444a) of the pulley 3 (441) extends through inside the profile of the multi-purpose prop (440) and by passing over the guide pulley (440a) of the pulley 2 (460) is connected to the unwinding pulley (461b) transmitting torque to the shaft (464) and to the connected winding pulley (461c) a load chain (464c) and passes the lower idler (223a) to the upper set II. load sections (601b)

The pulley (441) is rotatably mounted on a stand (701) and is formed from a unwinding pulley (442a, b, c) and a winding pulley (444) connected to a common shaft (445) wherein the winding pulley (442a) is connected to and the unwinding pulley (442c) of the rear thrust (168) is coupled to a traction chain (453c) passing both through and through the guide pulley (169a, b) of the rear thrust (168) and being a front thrust (451) a winding roller (442b) is connected to a traction chain (452) connected to a traction cable (453b) and passes through the rear pull rail profile (168a, b), and the winding roller (444) is connected to a traction chain (444a) which passes through the profile a multi-purpose roller (440) and via a guide roller (440a) to a unwinding roller (461b) by a roller 2 (460)

The pulley 2 (460) is rotatably mounted in the right holder (465a) and in the left holder 465b) and consists of a unwinding pulley (461a, b) and a winding pulley (461c) which are supported and connected to a common shaft (464). 461c) is connected to a tow chain (464c) through a lower idler (223a) to the upper set II of the load section (600b)

The inclined crossbeam (270) with the extendable arm (280) is fixedly mounted on the right upper left skid (200), (210) by the right and left post holders (270ab) and is equipped with a pulley 4 (271) and a extendable positionable arm (280). ) with eye (281)

The pulley 4 (272) is rotatably mounted in the right and left pillars (27a, b) connected to the inclined cross-member (270) and consists of a unwinding pulley (274a, b) and a winding pulley (2745) which are mounted and connected on a common the shaft (276) wherein the unwinding pulley (274a) is connected via a traction chain (242b) to a winding pulley (242a) and the winding roller (275) is connected to a traction chain at the end with a cable coupling (278) passing through the upper guide pulley (223b) being coupled to a traction cable (278a) which extends through an opening (611) in the traction threaded rod (609b) on the steering load (603c) wherein the unwinding pulley (274b) is coupled to an action traction chain (277) coupled to a wide arm (1024b) depositing on the stock on the hooks (224) placed on the straight and cranked arm (22la, b)

The load groupings (6) and (5) for the I and II load sections (60a, b) (600ab) and the spring expander (18a, b, c, d) are located on the load group frame (6a) and (5a) with holders the shelves (123-6) and is formed from a front and rear pawl of a load (510a, b) which is connected by a middle bracket to the opening (502b), (512b) and an upper bracket to the opening (502c), (512c) for fastening the guide rod (50a, b) and (511a, b) and also in conjunction with the holes (17a, b) (172a, b) located in the belt (170a, b) on the rear pull rails (168, b) and on the one hand, it is possible to divide the lower and upper sets I and II of the load section (60a, b) and (600a, b) or the spring load (18a, b, c, d) and thus the lower part of the guide rod (501a, b) and (511b) II. the load section (600a) and the spring expander (18, c) is offset by the distance of the hole axis (611) to the axis of the tension threaded rod (609b) with the lower portion of the guide rods (501b), (511b) 171b), (172b) allowing the traction cable (278a) to pass through the hole (611) of the traction thread rod (609d) to the control member (603c) controlling the lowered set II of the load section (600a) and spring expander (18c) and one that the tension threaded rod (608b, a) is coaxially connected to the guide pulley (605) and to the guide pulleys (604) which guide the pulling cable (945) which at the same time bypasses the upper set of I. load sections (601, b) (611a) the pulling threaded rod (609d) by the plunger (611) allows the pulling cable (278) to pass to the eye (611) of the pulling threaded rod (609c) of the control member (603c) with the drive tube (616a, b, c, d) (613a, b, c, d) is rotatably mounted in the bearing The pivoting bearing (614a, b, c, d) is driven by el. a geared motor having a driving groove (617a, b, c, d) which is adapted to receive and drive the floating nut (618a, b, c, d) and the floating nut (618a, b, c, d) ) and is formed of a body of outer and inner nut (618) with the same pitch of the male and female threads (620a, b, c, d) which are connected by means of a drive bridge (619a, b, c, d) 617a, b, c, d) the driving tube (616a, b, c, d) transmits torque to the floating nut (618a, b, c, d) and which by turning on the thread (622a, b, c, d) the threaded rod (609a, b, c, d) and the rotation in the thread (623a, b, c, d) of the individual loads lII of the load section (601a.b) and (600a, b) allows individual loads to be selectable

The spring expander (18a, b, c, d) is mounted on the guide rods (501a, b) and (51a, b) operated and provided with the spring expander control member (603a, b, c, d) (606a, b, c) , d) is formed of at least one small and large or a plurality of small and large drawing plates (1801), (1810) provided with one pair of drawing holes (1801) and, (1810a, b) and connected to one pair of drawing springs e.g. (1821) which are connected at the other end to a base plate (1860) anchored to a load-bearing frame (5a) and wherein the spring expander may also comprise a plurality of individual towing plate sizes (1801), (1810) stacked on top of each other individual columns of small, large and even larger towing plates eg. (1830a), (1840a) and in that the range of application of the individual loads of the spring expander (18a, b, c, d) determines the number of small large towing plates (181-4), (4810-7) used with the pairs of tension springs ( 1820) wherein the number of small large towing plates (181-4), (4810-7) used is equal to the number of pairs of through holes (1830s-3a), (1810a-7) and one pair of pulling holes (1801a, b), (1810a, b) placed on one small and large towing plate (1801), (1810), each small and large towing plate e.g. (1801), (1810 owns only one pair of pulling holes (1801a, b), wherein the spring expander (18) is configured such that each pulling plate, e.g., (1801) of appropriate size utilizes space to accommodate a maximum number of pairs of through holes. 3) and one pair of pulling holes (1801a, b) located on one pitch circle of the small pulling plate (1801b) being made and assembled such that, for example, a pair of pulling holes (180la, b) - (1804a, b) of each small and large The towing plate (1801-4) (1840-8) has always had below it a column of individual pairs of through holes (1830a-3) in small and large towing plates (1850a), (1840a) which allows the passage of a number of pairs of tension springs (182) a spring expander (18a, b, c, d) for mounting in a base plate (1860) wherein the large draw plate (18010-7) is guided through guide holes (1840-7) guided on guide bars (501a, b) (51 la, b) f e each small and large drawing plate (1801-4), (1810-7) or a plurality of other drawing plates is provided in the center with an opening with the same thread pitch (1850), wherein the large or last large drawing plate is provided with guide holes (1830-8) ) then the base plate (1860) contains the same number of gripping hole pairs on each pitch circle as the number of pairs of tension springs (1820) used from each of the small and large drawing plates (181-4), (1810-7) while being anchored in the skeleton load grouping (5a)

Anti-running belts (22) el. bicycle (19a), pedal (21), bicycle (15), el. gearbox (13a, b, c, d, e, f, g, h, i, j, k), treadmill operated with tilting arm (23), treadmill operated by muff (25a) from magnetic sensor (25a) portable right and left press arm tools (128) right and left elongated crank arms (1022) wide arm arms (1024b) narrow arm arms with retractable pins and eye (1028) stroke cross member with retractable pins (1025a) ) crank action (1026), universal bench (1030), universal seat (1040), bicycle stabilizer chair (1010) and back supports, and stabilizer

Securing the drive of individual tools designed and for the limb drive allows el. the reversing gear (13) is formed of a gear housing (13a) with mounting holes (1302) with a positioning plate (1305) provided with a mechanical adjustable stop (1306a, b) and a switching sensor (1307a) as well as e.g. el. a spur gear motor (1301) driving a shaft (1303) with a clutch (1308) and transmitting torque e.g. to individual actuators e.g. on both sides of the winding pulley (830a, b), while the STIOP thumb switch (2554) located on the muff (2550) directly controls the individual el. Reversible gearboxes (13a, b, c, d, e, f, g, h, i, j, k)

The bicycle (19a) the bicycle (19a, b, c, d) is located on the right skid (200) of the rear lower cross member (150) and on the left lower skid wherein (110) the el. the bicycle is actuated from a bicycle handle (403) and a bicycle (19b, c, d) e.g. chair (1110)

The contra-rotating belts (22a, b) with the step (2207a, b) are formed from the right and left belts (22ab) with the return el. a reversing gear (13j) and also provided with cross-country sticks (2209) with control (2208), wherein the pedestal (2207a, b) is formed from a rigid pad (2200) connected to the right and left counter-rotating belts (22a, b) 2210a, b) for cross-country sticks (2209) allowing them to move simultaneously with the right and left treadmills (22a, b) while the treadmill (23a, b, c) is designed for both healthy and disabled people controlled by a tilting frame ( 23) or muff

The crocodile (21) is made up of a vertically and horizontally adjustable seat (2100) connected to the headland el. a counter-rotating shaft (13k) gearbox coupled to the leg arms (2102a, b) with a positionable step (2103a, b) with a handle of the bicycle (403) with a pedal arm control (2102a, b) and a bicycle (19a)

Exercise bike with el. or mechanical drive ael. or by mechanical braking (15) is located on a positioning bar (1508) and actuated with the driving or driven arms of the hands (1501a, b), an electric transmission (13h) with el. or by mechanical braking and power transmission to the swiveling arm shafts connected to the arms of the arms provided with continuous speed control and STOP (1512) and (1502) and at the front of the transmission housing

To ensure the result of data from exercise or rehabilitation exercises serves a computer with a tablet (436) connected to the slots of smart cards (437) controlling the loads I. and II. weights (601a, b), (600a, b) or el. a reverse gearbox (13a, b, c, d, e, f, g, h, ij, k) wherein the computer receives horizontal and vertical rotary movements (9), (1) and (230-250) from each actuator and in the path and also by means of a magnetic sensor (25b) from fixed sets of drawers with a trapeze 1,2,3,4 (257a, b, c, d) of an exercise bike (15), torsion bars (17a, b), a bicycle ( 19a, b, c, d) a treadmill (20a, b, c), a crocodile (21) of the counter-belts (22a, b) and a signal from end sensors or a portable magnetic sensor (25b) for recording to a computer ( 436) and, on the other hand, it can be operated by means of a muff (25a) with a connected smartphone (2551) which is provided with a connector (2553) with a connected thumb sleeve (2554) which allows direct operation of the STOP button (2555) located on the thumb sleeve (2554). on the one hand, it can directly control individual loads I and II of the load section for individual actuators e.g. el. gearboxes (13a, b, c, d, e, f, g, h, i, j, k), treadmill (23a, b, c) crocodile (21) with arm holder with control (403a) bicycle (15) , counter-belts (22a, b) and control the progress of the exercises

Significant help to the computer with tablet (436) is multifunctional muff (25a) with Velcro fastening is made of el. an engine with a compressor (2550) and a smartphone (2551) wherein, if placed on the wrist of the hand, is provided with a pulse meter, or if the arm of the hand is provided with a blood pressure meter and the results appear on the display (2551a) of the smartphone (2551) is provided with a cable at the end with a connector (2553) and a sleeve on the thumb (2554) controlling the STOP button (2555) through which it is possible to continuously control e.g. el. reverse gearbox (13a, b, c, d, e, f, g, h, i, j, k)

Portable tool actuators disposed in the upper positioning bar (819a, b), the stroke cross member with retractable pins (1025) is disposed in a set of universal drawers (1027) of the trolley (720) or in a pair of universal drawers (1027) the towing carriage (720) the right and left leg actuator (1003) with the adjustable foot (1004) is located in the lower adjustable rod

7?

(803a, b) the actuator right and left arm of the press (1021) is located in the drawers (132b) of the press (128)

The stabilizer chair of the bicycle (1110) is comprised of a backrest (1110b and a support frame (111a), for inserting the backrest (1110b) and a support (1111) with a locking hole (1111a), arm rest (11lb) with a handle (111 lc) and is mounted on both the mechanical and electric bicycles (19a, b, c, d, a) or in the universal bench (1030) via the socket (1033b)

The right and left leg legs (1003) are formed of a right and left leg (1003a) which is provided with a positionable foot (1004b) and a rotatable positionable foot bed (1004a, b) wherein the right and left elongated crank arms (1022) carrying out exercises from the inserted bed

The actuator wide and narrow arm (1024a, b) is mounted on the action towing chains with the eye (234a.b, c), (254a, b, c) of the front and rear adjustable crossbars of the rotary movements (230), (250), the tension chains (316), (451) of the front lower thrust pulley 1 (113) and the pulley 3 (442) and the rear lower thrust (125c), (448b) the pulley 1 (113) and the pulley 3 (442); with retractable pins (1024c) can be placed in a set or pair of universal drawers (1027) in the towing carriage (720) or the adjustable drawbar (726) in both the vertical and horizontal position of the towing carriage (720)

Results with exercises on fixed tools provided by portable magnetic sensor (25b) is made up of portable magnet magnetic holder (2571) which is equipped with output cable with connector (2570a) and consists of telescopic rod (2570) with adjustable and switching joint (2572) with adjustable arm (2573)

The universal bench (1030) consists of a support frame with a plate (1031a) with a drawer (1033bb) a pivot joint with a pair of universal plugs (1033ac) and a folding leg (1032) and can be placed in all fixed universal drawers (1127). to horizontally and vertically placed universal drawers eg. (313), (1127), (724), (727), which is provided with a pair of perpendicular universal pins (1041a) and a pair of offset universal pins (1046), can be used in all fixed universal receptacles (1127) and is formed from a carrier frame (1041

The universal seat (1040) comprises an adjustable seat (1042) of a support frame (1041) which is provided with a pair of horizontal universal pins (1043) and a pair of perpendicular universal drawers (1041a) and a pair of perpendicular offset drawers (1041b). is provided with a pair of slotted perpendicular universal pins (1042a) and a pair of offset pins, wherein a pair of perpendicular universal drawers (1041a) by its surface and size plugs into a universal socket (1027) and serves as a plug for a pair of perpendicular slotted universal pins (1042a) seats (1042)

The body stabilizer (20) is an aid to exercise in space, consisting of a base bar (2000) with a positioning stop (2010) groove, a positioning clutch (2030) equipped with an action lung holder (2020), a body belt holder (2002), locking sleeve (2003) and auxiliary holder (2005) with universal pins (2004) and equipped with a retractable adjustable extension rod (2040) provided with a universal grate (2050), the base rod (2000) being provided with a movable lung action holder (2020) with spring (2022) ) and an adjustable holder (2021a) wherein the slung action lung holder (2020) is guided in a groove on the base bar (2000) and is spring loaded (2022) by a positionable stop (2023) wherein the positionable clutch (2010) is flattable with the base bar ( 2000) and is provided with a positioning disc (2012a) with an opening (2012b) and a locking pin (2013) and securing the bushing (2030) for the securing sleeve (2030a) of the positioning disc (2031) is pivotally adjustable in the base bar (20a) and is provided with a stabilizing arm with adjustable holes (2032) for engagement in the stabilizing drawers while the extension rod (2040) is inserted into the base rods (20a) and secured with a locking pin (2041) allowing mounting of the stabilizing grid (2050)

The stabilizing grate (2050) with the hole (2050a), the adjustable rod holder (2030) with the adjustable holes (2032) is an important aid for performing exercises but also for working in outer space and serves to fasten and stabilize the body. grate-shaped apertures (2050a) provided with leg tensioning straps in a seated position (2052) allowing stability in both a seated and a standing position by means of a tread with locking pins and a organizer (2053) and a fastener (2062)

The vertical and horizontal torsion bar (17a, b) located on the upper right skid (200) and in the main post handle (1908) are formed of a body with a stabilizing hole securing the pin (1702) and a torsion bar (17) with action hole and reaction hole ( 1700a, b) wherein the reaction opening is connected to the torsion bar body by means of a locking pin (1701b) and the front action opening is connected by an action pin (1701a) to the arm of the hands (1703)

The table top (1051) is, as an alternative to the exercise, by allowing the exercise machine to be converted to a workbench outside the exercise while being mounted on the brackets (303a, b) on the right and left cranked uprights (300), (310) and on the brackets (801a, b). ) on crankshafts (800a, b) wherein the PC plate (1052) mounted on the tilted arm (404) is stabilized in the holders (406), (1052a)

The storage compartment is made up of shelves (1213-6) and is intended to accommodate portable tool actuators and does not interfere with the operation of the treadmill located on the main (400) front and rear load bars (510a, b) and on the left main ( 410) and on the perimeter and top of the fairing of the ballasts Ia and II of the ballast section (60a, b), (600a, b) provided with brackets for unfolding and the right and left leg legs (1003)

The frame as well as connected rotary tools with mechanical or el. they are designed to connect to the Internet, control music, control computer, lights, cable or satellite TV, sockets with 220V voltage or electrical wiring with a safety voltage of 24V when using a machine for training astronauts in the water dressed in a suit

Part of the simulator is also fairing and covering the port side (40) and upper movable parts of the simulator.

The trainer according to the invention can be manufactured industrially for the purpose of sport training, recreational, rehabilitation and also special sport rehabilitation in unusual environments, as a use for long-term space trips, exercise and training in water, and also with the aim to reduce weight and equipment.

Industrial usability

Claims (99)

PATENT CLAIMS An electric power trainer with mechanical and electric drive means consisting of a rotatable, extendable or fixed anchored frame (1), characterized in that it consists of a closed kinematic pair of vertical rotary differentiated movements (4) provided with a right and left actuator a positioning arm of the arms (422), (423) connected to the right-hand and left-hand segment of the chain wheel (416-7) with a right-hand and left-hand winding chain at the end with the chain link (418b, and ) and (419a, b), and coupled to a unwinding chain (901a), (902a) coupled to a unwinding pulley (901-2) of the base and floating double stack (90a, b) with a retraction stop (900c, d) coupled to the shaft of the base and floating bunker (905-6) and transmitting torque to the attached winding pulley of the base and floating bunker (903) and (904) connected to the threaded tow cable (907) ce a floating pulley (605) coupled to a control member (603b) of the upper set I. SECTION OF WEIGHTS (601, b) on the one hand an open chain of kinematic coupled vertical rotary movements of the legs and hands formed from the actuator 1,2,3 coupled arms of segment 1 ( 319a, b) the arms, the press (1021) and the pendulum (427) with the foot rest (428) connected by the segment 1,2 (312) (123) and the annular segment (426) connected on both sides by a traction chain (315a, b) ), (123a, b) (429-30) wherein the chain link with the chain link (315,123c) and (429) is directly connected to the unwinding pulley (1116-7-8) of the pulley 1 (113)) and the tow chain s (315b-123 d-430) is connected to the tow chain with a link to the chain (315) and (141,429), and the rear draw actuator chain (120a) is coupled to the narrow eye actuator (120d) and guided through the guide rollers (112a, b, c) are both connected to the unwinding pulley of the rear pull (120) and to the unwinding pulley (1) 16), (117), (118) and rear thrust (120) is connected to the shaft (113a) and to the winding roller (119 of the pulley 1 (113) which is connected to the winding chain (119a) at the end with the auxiliary roller (119b) connected by the pulling tow 16b by a cable (420) which is connected to the unwinding traction chain (901a), (602a) of the base and floating bilayer (90a, b) -2) both of a dynamic rotationally stressed composite chain of kinematic pairs of horizontally differentiated rotary movements (8) provided with at least one the actuator is formed from the right and left with the clutch divided by the horizontally rotatable shaft (8a, b), formed on the one hand from the lower drive crank (800a, b) is coupled to the actuator, e.g. rotatable adjustable arm arms (840) and connected via a positionable clutch 2 (807a, b) on the one hand to an upper driven coupled portion (820a, b) provided with, for example, an extended arm arm actuator (1022) connected to the right and left horizontally winding a pulley (830a, b) provided with a traction cable (831-2) attached to the center of the belt forming the right and left traction cables of the outer and inner circumference at the end with the chain link (831a), (832b) and (832a), (831b) connected, on the one hand, to the outer and inner circumference towing chain (933-4) and (935-6) and connected to the unwinding pulley (937-9) and (939-40) to the right and left floating triples (930a, b), and a common shaft (941-3) with a winding pulley (946a, b) provided and connected to a traction cable (947) which is connected to the control member of the lower set (603a) I by passing through a spacing pair of guide rollers (604) The load section (601a, b) thus bypasses the upper load set (601bb) and wherein, on the one hand, the tow cable at the end of the chain link (83a, b) passes indirectly through the right and left auxiliary unwinding rollers (850a, b). 851a, b) and is connected to a traction chain (933), (936) ₍₁₀ & 14) is composed of a support frame (1041) and an adjustable seat (1042), the support wound (1041) being provided with a pair of horizontal universal pins (1043) and a pair of perpendicular universal and offset drawers (1044), (1045) and a pair of upright upright stabilizing drawers (1048) for stabilizing the space stabilizer (20) wherein the adjustable seat (1042) is provided with a pair of perpendicular the offset pins (1046) are, on the one hand, usable for inserting on both sides into sets of universal drawers (724) of the towing carriage (720) moving in the vertical and horizontal planes in the tilting frame (706) with a longitudinally or transversely adjustable adjustable seat (1042) e.g. a rowing exerciser moving with a trolley (720) and propped feet in the footrests (712a, b), and in conjunction with a paired universal drawer (704) of the tip stand (165) and a seated exerciser leaning on a suspended backrest (1007) on the pins (448a, b) of the multipurpose upright (440) and the auxiliary upright (447), and on the other hand, a seated gymnast pushing the trolley (720) provided e.g. with a narrow arm with plug pins (1023) to the universal socket sets (724) or to the universal pair of drawers (725) of the positionable drawbar (726) on the one hand that the static or dynamic stressed actuator trolley (720) moving in the tilting frame (706); coupled to an action traction chain (452) extending through the lower auxiliary and main guide pulley (705ab), to the unwinding pulley (442b) connected by the shaft (445) and transmitting torque to the attached winding pulley (444) of pulley 3 (441) coupled to the winding - a unwinding chain (444a) passing through the multi-purpose plunger (440) and the guide pulley 2 (440a) for connection to the unwinding pulley (461b) of the pulley 2 (460) connected to the shaft (464) and the unwinding pulley (461a) (461c) pulley 2 (460) and connected to a winding towing chain (464c) and guided via the lower guide roller (223a) to the upper load set control member (603d) I I. The load section (600b), on the one hand, the open kinematic set of rotary vertical movements of the front adjustable crossbeam (230) with the set of drawers and trapeze (238c) is positionably mounted in the front upper frame (200) provided with a freely vertically moving action chain (234a, b, c) ) coupled to a fixed, sliding and withdrawable unwinding pulley (269a, b, c) transmitting torque to the displacement and sliding shaft (240a, b) coupled to a winding pulley (242a) both coupled to a winding tow chain at the end of the towing coupling a cable (242b) connected to a unwinding pulley (274a) coupled to a shaft (276) with a winding pulley (275) of a pulley 4 (271) coupled to a winding chain at the end with a tow cable coupling (278) led through the upper guide pulley (223b) ) and connected to the control member (603a) and the rear adjustable cross member of the rotary vertical movements (250c) with the set of drawers and trapeze (258) is half retractably mounted in a rear upper frame (200) provided with a free vertically moving action towing chain (254a, b, c) coupled to a fixed, displaceable and extendable unwinding pulley (259a, b) transmitting torque to the displacement and extendable shaft (260a, b) connected to a winding roller (262a) connected to a winding pulling chain (464a) connected to a winding roller (461a) connected to a winding roller (461c) of a pulley 2 (460) provided with a pulling winding chain (464c) a guide roller (223a) and a control member (603d) of the upper set of loads (600b) of the front adjustable cross member (230) movements of the control member (603c) of the lower set II. SECTION OF LOADS (600a) A power tool trainer according to claim 1, characterized in that, in the basic embodiment, the detachable carcass (1) is formed from the detachable assemblies of the lower and upper frame (1a), (2a) connected to the right and left cranked and the main prop (300), (310) and (40), (410) and the multi-purpose and rear prop loads (440), (510) Auxiliary power train according to claim 1,2, characterized in that the lower frame (1a) is formed from the right and left lower skids (100), (110) connected to the lower main and auxiliary lower crossbars (160). (150) wherein the lower main lower cross-member (160) is provided with front right and left arms (161-2) and rotatably mounted a fixed portion of the clutch 1 (163a, b) interconnected by the cross-member (165) and rearwardly connected by a rear draw beam (168a) b) with a rear auxiliary cross member (150) which is provided with a bicycle (19b, c, d) A power tool trainer according to claim 1,2,3, characterized in that the right lower skid (100) is provided with a right rotatable bearing (103ab) of the press shaft (129), a holder (101), (102) an extending leg (1121) and a bracket (102a, b) of the combined front and rear ladders of the ladder (1101-2), an electric bracket (101a). bicycles (19a) A power tool trainer according to claim 1,2,3, characterized in that the left lower skid (110) with the guide pulley (112b, c) of the rear pull (113c) is connected to the left rotatable a bearing (103b) of the press shaft (129), with a stand (111) provided with a rotatable bearing (111a) of the pulley 1 (113) and a stand (121) and provided with a guide pulley (121a, b) of the pulley 1 (113) Auxiliary power trainer according to claim 1,2, characterized in that the whole upper frame (2 a) is formed from the upper main and auxiliary cross members (220), (250) connected by the management and the left upper skid (200). ), (210) and a rotary superstructure (29) being positively coupled to the front and rear locatable cross members of the rotary movements (230), (250) and provided with a stabilizing bracket (20a, b, c, e, f, g, h, i, k, 1, m, o) cosmonaut stabilizer (20) Ί. Auxiliary power trainer according to claim 1.2.6 characterized in that the main upper beam (220) is connected to the right and left upper skids (200), (210) and detachably connected to the skids of differential movements (9) and is provided with left straight and right cranked an arm (22a, b) provided with a bracket with a pivot bearing (222a, b) for the right and left clutch 2 divided by a horizontally rotatable crankshaft (8a, b) A power tool with mechanical and electric drive according to claim 1,6, characterized in that the upper right skid (200) is connected to the front and rear brackets (201a, b) of the ladder (1100), the right inclined cross member (270a). (270) a right bracket (465a) of a pulley 2 (460) with a right bracket (852a) of the shaft (464) of the right and left unwinding rollers (850), of the torsion bar body (206) with inner and outer handles (205); (204) A power tool simulator according to claim 1.6, characterized in that the upper left skid (210) is supported by a strut (266a) on the left main post (410) and is connected to the front and rear anchoring arms (215). , (216) and left-hand bracket (270b) of inclined cross member (270) and with outer and inner handles (205), (204) A power tool trainer with mechanical and electric propulsion according to claim I, 2,, 6,8, characterized in that the ladder (1100) with the control panel (1112) is connected by a lower bracket (102a, b) and an upper bracket (201a, b) to the right lower and upper skids (100), (200) and is formed of a combined right and left upright (1101-2) and is provided with a tiltable conveyor belt (23a) with el. a gear (2013a) and a hinged arm elbow arm (1028), with telescopic arms (1105b) a gripping bar (103), a set of drawers (238c, d) with a hook (1027) and a hinged arm (1107-8) e.g. hoist suspension (1109) II. Auxiliary power trainer according to claim 1.6, characterized in that the rotary superstructure (29) is connected to the upper frame (2a) by means of uprights (2903-6) and at the same time to the combined step (273) of the ladder (1100) and is formed of a supporting frame (2901) and 290), which is provided with a positioning toothing (2908) interconnected by a crossbeam (2901) with a pivot bearing (2901) which is connected to a pivot and extendable arm with a rolling wheel and an eye (2902c, d) enabling to hang e.g. boxing or kicking sacks (279) and chain hoist (1109) A power tool trainer according to claim 1 1,2,5,9 characterized in that the front anchoring arm (215) is provided with a rotatable bearing of the swing (215a) e.g. organizers for music, tablets for intermediate results and for storing aids eg. a multifunctional muff with a smartphone (2550) wherein the rear anchoring arm (216) is provided with a pivotably mounted bracket (216a, b) coupled to the tilt arm (2304) of the treadmill (23c) or e.g. bicycle hook (226) A power tool trainer with mechanical and electric propulsion according to claim 1,2,5,9 characterized in that the tread arm (23) of the treadmill (23c) is rotatably mounted in a holder (216a, b) and is formed with a torsion bar shaft (2301) provided with a holder (2302) and a torsion bar stop (2303) wherein the torsion bar shaft (2301) is coupled to the right and left handles (2307a, b) associated with the control (2309) and a STOP button (2310) which is interconnected by a connecting shaft (2308) provided with the control (2311); STOP (2012) and tab (2014) A power tool trainer with mechanical and electric propulsion according to claim 1.3.4.8 characterized in that the right crank (300) is connected to the right lower and upper skids (100), (210) and is provided with a lower and upper bracket (304-5) of the footrests (1008-9), a working bracket a table (303) with a lower and upper guide rod (1126a, b) of the extendable leg (1120) and a hook (1207) e.g. plinth arm (1024) A power tool trainer according to claim 1,2,14, characterized in that the extension leg (1120) is mounted in the lower and upper guide rods (1126a, b) formed of the leg (1120a). ) of the universal socket set (1127) is housed in the lower and upper guide rods (1126a, b) An accessory trainer with mechanical and electric drive according to claim 1,3,4.17, characterized in that the leg (1120a) with the washer (1128) and the set of universal drawers (1127) is connected by a lower and upper stabilizing positionable a rod (1123a, b) being provided with a vertically adjustable rod with adjustable holes (1122) which is provided with a stabilizing body pad (1001) A power tool trainer according to claim 15,16,14, characterized in that the vertically adjustable rod with the adjustable hole (1122) is positionably mounted in the leg (1120a) by means of a locking pin (1123) and is provided with a body stabilizer pad. (1001) with stabilizing handles (1003) is disposed on a vertically adjustable bar with a positionable hole (1122) and is provided with a pair of universal drawers (1127) of the universal bench (1130) 18. The power tool trainer according to claim 1 1.3.5.9 characterized in that, on the one hand, the left crank (310) is connected to the left lower and upper skids (110), (210) and to the set of universal drawers (321) is provided with a pivot bearing (311a) segment 1 (312) holder (322) table top (1051) with tray (327) foot rest (1008-9) lower and upper foot rest (323-4) with foot rest (1008-9) arm holders (326) a drinking mode holder (325) with a hook (1027) and a guide roller (317) 19. A power tool trainer according to claim 1 1,2,3,6 characterized in that the right main upright (400) is connected to the main lower and upper cross-members (160), (220) and is connected to the upper auxiliary cross-member (250) by a strut (266a) while being provided with a bracket bicycle wheels (401) ael. motor (402) by tilting beam (404) of PC board (1052) and holder (405a, b) shelf (1213-4) holder (1600) with set of universal sockets (1127) universal bench (16) by hand grip (403) el. a bicycle (19a) and a holder (409) of a vertically rotatable torsion bar (17b) and a bicycle (15) A power tool trainer according to claim 1,3,6, characterized in that the multi-purpose prop (440) with the auxiliary leg (447) is connected to the main lower and upper cross members (160), (220) and serving both as a support for the front load handler (510a) and provided with a bracket (449a, b) with a thread (449a, b) serving both for mounting the hinged arm support arm (449a) and at the same time serving as a backrest hinge (1007) being provided with a right and left load bar holder (503), (502), (502), a positioning arm with positioning holes (446) for the tipper (700) and a guide pulley (440a) which guides the tow chain (444a) to the unwinding pulley (464b) of the pulley2 (460) and at the same time, by means of the unwinding pulley (442b) from the pulley 3, guide the pulling chain (444a) through the profile of the multi-purpose prop (440) The power tool trainer according to claim 1,20, characterized in that the swing arm of the arm elbow supports (449a) is formed from the arm elbow support (470a) with a threaded connection (470a) and is provided with a vertical and horizontal bracket. a hand (47a, b) and a stabilizing pin (473) engaging an opening (810) of the stabilizing pad (810) A power tool trainer with mechanical and electric drive according to claim 1,2,3,6 characterized in that the left main prop (410) is provided with a strut (266b) connected to the upper rail (210) 229) with a shelf holder (411 a, b) and a holder (433a, b) extension of the arms of the wheelchair (1401) allowing the right and left arms (422-3) to be carried out from the wheelchair A power tool trainer according to claim 1 1.21.22.23 characterized in that the right and left segment of the handles (416), (417) with the eccentric or circle-shaped chain wheel (1405a) is vertically rotatably mounted in a rotatable support (413-4) mounted on a beam (412) which is connected by the left main upright (410) by the left angled upright (310) A power tool trainer according to claim 1 1.18.22.23 characterized in that the right and left segment of the chain wheel (416-7) with the axle (1405a, b) is e.g. double-sided connected to tow chains (218a, b), (419a, b) and being connected via a closed tow chain (1404a, b) to the right and left sprockets with the axle (1403a, b), the beam (412) being equipped with a computer stablet organizing load control ael. gearboxes (436) via chip cards and with smart box (437) A power tool trainer according to claim 1,18,22,23,24, characterized in that the arm (425) is formed from the right arm support (425a) of the armrest support (425b) of the left hand support (425c) ) and a lower bracket (425d) with a rotatable support (432) of a circular segment (426) and a support beam with a rotatable support for a wheelchair (1400) An accessory trainer with mechanical and electric propulsion according to claim 1,25 characterized in that the auxiliary beam with a pivot bearing for the wheelchair (1400) is provided with a right and left sprocket with an extended axle (1403a, b) which is adapted to fit extension extensions (1401a, b) and secondly to position the adjustable arms hands (422-3) A power tool trainer with mechanical and electric propulsion according to claim 1,25,26 characterized in that the right and left drive sprockets (1403a, b) are coupled to the driven right and left sprockets with the axle (1405a, b) being connected by a closed tow chain (1404a, b) A power tool trainer according to claim 1.15, characterized in that the segment 1 (312) with chain tensioners (312b, c) is: With lockable openings (318a, b), a punch (312a) is the eccentric or circle-shaped form is mounted on the left cranked (310) by means of a freely rotatable bearing on the pivot (311b) of the pivot bearing (311a) and is positionably coupled by the actuator to the leg arms (319a, b) via the arm to the locking pin (319) the right and left leg legs (319a, b) are rigidly connected to the axle (311b) The power tool trainer of claim 1, wherein the chain link with the chain link (315a) is coupled to the unwinding pulley (116) of the pulley blocks (113) and the chain link (315b) is coupled to the drawbar. a chain with a chain link (325) before entering the unwinding pulley (116), wherein the chain link front chain link with the chain link (316) is coupled to the chain (315a) prior to entering the guide pulley (121) A power tool trainer with mechanical and electric propulsion according to claim 1.25 characterized in that the annular segment (426) with chain tensioners (426a, b) is mounted on the arm (425c) in the pivot bearing (431) and is provided with an actuator with a pendulum positionable footrest (428), the chain (429) is connected to the unwinding pulley (118) the pulley (113) the pulling chain (429) is connected to the pulling chain with the chain link before entering the unwinding pulley (118) A power tool trainer according to claim 1,14,15, characterized in that the press (128) is formed of a segment 2 (123) with locking holes (123c) rotatably mounted to the right and a left pivot bearing (103a, b) which is connected by a shaft (128a) and is movably connected to the drive shaft (129) by means of a locking pin (133) A power tool train according to claim 1, characterized in that the drive shaft (129) with the locking pin (133) is vertically rotatably mounted on the drive shaft (128a) and is provided with a socket (132a, b) enabling push actuator onto left and right press arm (1021) A power tool trainer according to claim 1, 5,32, characterized in that the segment 2 (123) with the locking holes (123a) of the chain tensioners (126) is directly connected to the shaft (128a) and indirectly connected to the shaft (128a). a drive shaft through the locking holes (123c) and the locking pin (133), wherein the chain link with the chain link (123a) is guided by a guide pulley (121a) and connected to the unwinding roller (117) of the pulley 1 (113) and the chain (132b) is connected to the chain with the chain link (123a) before entering the idler (121b) The power tool trainer according to claim 1.5, characterized in that the pulley 1 (113) is rotatably mounted in a bracket (111a) of the pulley stand 1 (111) and is formed from a unwinding pulley 1,2, 3,4 (116-8), (120) and a winding pulley (119) connected to a common shaft (113a) The power tool trainer of mechanical and electric propulsion according to claim 1,5, 33,34, characterized in that the rear pull of the unwinding pulley (120) of the pulley 1 (113) is provided with a unwinding pulling chain (120a) which is guided through the upper and lower idler pulley (112a, b, c) and the profile of the stand (111) of the pulley block (113) connected via a coupling (120b) to the tow cable (120c) with the eye (120d) A power tool simulator according to claim 1,2,3, characterized in that the basic two-roller (90a) with the backstop (900c) is formed from a shaft (905) provided with a winding and winding pulley (901-3) mounted in a holder with a pivot bearing (908a, d) mounted on a skid of differential movements (9a) An electric power trainer according to claim 1, 2, 3, 6, 7 characterized in that the floating double-deck (90b) with the backstop (901d) is vertically mounted on the base shaft (905). a double-roll (900a) and is formed from a shaft (906) which is provided with a unwinding and winding pulley (902-4) which is supported in a rotatably mounted bracket (908b, c) on a skid of differential movements (9a); and (904) is coupled to a traction chain) coupled to an upper set of loads (601b) A power tool simulator according to claim 2,3,6,37, characterized in that the skid of differential movements (9a) is formed of a cross-sectional rod U which is, on the one hand, connected to a holder with a rotatable bearing (908a, b, c, d) of the base and floating double stack (900), (901) and the rotary mount bracket (929a, b, c, d) of the right and left floating triple stack (920a, b) and secondly to the main top the bridge (220-3) A power tool trainer according to claim 1, 6,38, characterized in that the horizontally differentiated rotary movements of the arms and legs (8) are transmitted from the right and left horizontal rotary shafts (80a, b) to the winding-winding on both sides. a pulley (830a, b) and which is rotatably mounted in the lower right and left clutch 1 (163a, b), and in the upper pivot bearing (222a, b), and is formed of a right and left driving lower cranked and bound upper straight portion ( 800a, b) and (820a, b) A power tool trainer according to claim 1, characterized in that the right and left lower drive crank sections (8 00a, b) s are rotatably mounted in a positionable clutch 1 with a locking pin (166a, b) and v. a positionable clutch 2 with a locking pin (805a, b) with a positioning bore and a pin (166a, b) through which it is positionably coupled to the right and left upper driven coupled parts of the shaft (820a, b) and provided with a table holder (80la, b) and a stabilizer pad (810a, b) -l) with an opening (811c) both as a bed and a stabilizer for the vertical swing arm of the arm elbows (1027a, b) both as a bed and a pivot point for a rotatable adjustable arm (843-4); on the one hand, a lower positioning bar (804a, b) with a locking hole (805a, b) for receiving the foot action arm (1003a, b) A power tool trainer according to claim 1,38,39,40, characterized in that the right and left universal stabilizer pad (810a, b) is provided with a rotatable bearing with positioning holes 1,2 (811 a, b). ) intended for rotary bearings and positioning of the arms of the arms (843) is provided with a stabilization hole (811c) which serves for static bearing of the right and left vertically tilting arms of the arm elbows (1027) through the sunk stabilizing pin (1027c) A power tool trainer with mechanical and electric propulsion according to claim 1,40,41 characterized in that the right and left actuating arms of the hands (840) are formed of a rotatable adjustable arm (843) and an actuating adjustable arm (840a) and that the right and left actuators are a lower positioning bar (804a, b) , vertically positioned e '·'} C ^e -> in the right and left stands (803a, b), provided with positioning holes with a locking pin and with an opening (805a, b) for accommodating the portable tools of the adjustable right and left leg legs (1003) with the foot (1003b) A power tool simulator according to claim 1,39,40, characterized in that the right and left upper straight and driven coupled parts of the shaft (820a, b) with the bearing in the pivot bearing housing 2 with the adjustable disc (82la, b) is rotatably mounted in an upper pivot bearing (222a, b) and is provided with a driving groove (826a, b) for transmitting power from the upper drive positionable action bar (819a, b) while being connected to the right and left horizontal double-sided winding roller (830a, b) 44. A power tool trainer according to claim 1 1.43 characterized in that the upper vertically positionable action bar with the locking hole (819a, b) is provided with a guide pin (827a, b) moving in the driving groove (826a, b), (805, b) with the locking pin (805a, b) and an opening of the elongated crank arm (1022) with an opening (819a, b) A power tool trainer with mechanical and electric propulsion according to claim 1.44 characterized in that the right and left horizontal two-sided winding pulleys (830a, b) are provided in the center of the wrapping and a tension cable (831-2) is attached, thereby forming an outer and inner tow rope at the end with the chain link (83a); b), (832a, b) and is located at different height levels with a diameter greater than the distance between the pivot bearing (222a, b) and secondly by the right horizontal double-sided winding roller (830a, b) being lowered the outer and inner tow rope at the end with the chain link (83a, b) passes indirectly through the right and left twin unwinding of the winding roller (850a, b) for connection to the tow chain (933) and (936) A power tool trainer according to claim 1,44,45, characterized in that the unwinding roll (850a, b) with the auxiliary weight (855a, b) is formed from a shaft (854). rigidly coupled to the bracket (852a, b) and provided with a rotatable bearing (853ab) of the right and left twin unwinding rollers (850a, b) provided with a stabilizer (25) of the towing cable at the end with a chain link (83a, b) 47. The power tool trainer of claim 1, 44,45,46, characterized in that the right and left floating triples (920a, b) with catchers of the sliding tow chains (25e, f, g, h) and with the backstop stop (950a, b) is vertically rotatably mounted on the shaft (905) of the basic double stack (90a) and on the left on the shaft (906) of the floating double stack (90b) A power tool trainer according to claim 1,47,47, characterized in that the right and left floating triples (920a, b) are formed from both the right and left shafts (941-2) which is eg. firmly connected by the right and left outer and inner unwinding rollers (937-8), (939-40) and on the other hand with the winding roller (946a, b) while being vertically rotatably supported on the shaft (90 5-6) of the base and floating bunker (90a) , b) and is rotatably supported on a rotatable support bracket (929a, b, c, d) which is mounted on a skid of differential rotational movements (9a), wherein the right and left right three-ply floats (920a, b) are oriented relative to each other the roller (946a, b) being provided with winding towing chains (933-5) and (934-6) on the one hand T ^L t unwinding rollers (937-9) and (938-40) and a winding chain (946) with the ends of the chain (946a, b) connected to a winding roller (94a, b) connected by a chain (945a, b) connected with lower load set (601a) A power tool train according to claim 1.46, characterized in that the towing chain (933-4), (935-6) simultaneously serves as a load for tensioning the attached towing rope by a chute (83a, b), ( 832a, b) and one pull of the attached towing cable (83a, b), (832a, b), wherein the towing chain (935-4) is flush with the left horizontal double-winding pulley (830b) A power tool trainer with mechanical and electric propulsion according to claim 1,2, characterized in that the tipper (700) is formed both from a stand (701), a hinged frame (706) with a guide element (710) with a guide roller (709d) which is guided and adjustable in the positioning arm (446). Stands with Swivel Mounts (701) A power tool trainer according to claim 1.50, characterized in that the stand (701) with the pivot bearing (701a) of the main guide pulley (705a) is provided with a pivot bearing (702) of the pulley 3 (441). and on the other hand a set of universal sockets (704) while being connected to a cross member (165) A power tool trainer with mechanical and electric propulsion according to claim 1,50,51 characterized in that the hinged frame (706) with the guide element (710) is formed from open U-shaped profiles placed opposite one another, forming a path for the movement of the trolley (720) and provided with a stabilizing bar (709) ) with a tilting leg (708), a support (711), a backrest (1007) and a footrest (712) A power tool trainer with mechanical and electric propulsion according to claim 1.50.51.52, characterized in that the stabilizing bar (709) with securing holes (709b) and the cross member (709c) is connected to the tilting frame (706) while passing freely through the positionable drawbar (726) of the towing carriage (720) and provided with a lower and upper guide pulley (705, b, c) A power tool trainer with mechanical and electric propulsion according to claim 1.50.52, characterized in that the guide element (710) of the tipper (700) is formed from and of a guide part (710a) with a locking hole (710b) and is provided with a guide roller (705d) A power tool simulator according to claim 1,50,52,54, characterized in that the switchable tipping chain of the tipper (713) provided with a hook (713a, b) passes through the stabilizer bar profile (713). 709) and via the guide pulley (705d) of the guide element (710) to the opposite side and is both switchable by means of a hook (713b) to the disconnected towing chain (452) from the hook (729) of the towing carriage (720). a hook (713a) into the opening (728) of the adjustable drawbar (726) of the towing carriage (720) A power tool trainer with mechanical and electric propulsion according to claim 1.52 characterized in that the trolley (720) with the adjustable drawbar (728) moves the rolling frame (706) on the one hand and freely moves on the stabilizing bar (709a) and is formed of a rectangular supporting frame (721) with guide a housing (721a) and with a stabilizing opening and a hook (727a, b) and is provided with lower and upper, right and left pairs of guide wheels (722a, b, c, d) and (723a, b, c, d) rotatable axis coordinates (X and Y), universal socket sets (724), and a bracket (730) with an opening (730a) providing both positionability through the stabilizing holes (709a) of the stabilizing bar (709) and the portable stabilizing pin while connected to a chain (452) connected to the unwinding pulley (442b) of the pulley 3 (441) A power tool train according to claim 1.56, characterized in that the positioning rod (726) is mounted in the guide sleeve (721a) of the towing carriage (720) and consists of a positioning bar (726) with positioning holes. Being provided with a pair of universal drawers (725) and an opening (728) which is connected to the trolley (720) by means of a locking pin (727a) A power tool trainer according to claim 1,20,507, characterized in that the winding tension chain (444a) of the pulley 3 (441) is guided through the profile of the multi-purpose prop (440) and by passing over the guide pulley (440a). the pulley 2 (460) is connected to a unwinding pulley (461b) transmitting torque to the shaft (464) and to a connected winding pulley (461c) which is coupled to a load chain (464c) and passes the lower guide pulley (223a) to the upper set II. load sections (601b) 59. Power tool trainer with mechanical and electric propulsion according to claim 1,20,52 characterized in that the pulley 3 (441) is rotatably mounted on a stand (701) and consists of a unwinding pulley (442a, b, c) and a winding pulley (444) which are connected to a common a reel pulley (442a) is coupled to a traction chain and a carriage (720) and a unwinding pulley (442c) of the rear pull (168) is coupled to a traction chain (453c) passing both through and through the guide pulley (169a, b) and the winding pulley (442b) is coupled to the traction chain (452) connected to the traction cable (453b) and passes through the rail of the rear thrust (168a, b) and the winding roller (452b). 444) is connected to a traction chain (444a) which passes through the profile of the multi-purpose roller (440) and through the guide roller (440a) to the unwinding roller (461b) by a roller 2 (460) A power tool trainer according to claim 1, 20,58, characterized in that the pulley 2 (460) is rotatably mounted in the right holder (465a) and the left holder 465b) and is formed by an unwinding roller (46). 461a, b) and a take-up pulley (461c) which is supported and connected to a common shaft (464), wherein the take-up pulley (461c) is connected to a traction chain (464c) via a lower guide pulley (223a) to the upper load section II. 600b) 61. The power tool trainer according to claim 1,4,9, characterized in that the inclined crossbeam (270) with the extension arm (280) is fixedly mounted on the right upper left skid (200), ( 210) by means of the right and left post holders (270ab) provided with a pulley block 4 (271) and a retractable positionable action arm (280) with an eye (281) A power tool train according to claim 1.61, characterized in that the pulley 4 (272) is rotatably mounted in the right and left pillars (27a, b) connected to the inclined crossbeam (270) and is formed from a unwinding pulleys (274a, b), and a winding pulley (2745) which are mounted and connected to a common shaft (276), wherein the unwinding pulley (274a) is connected via a traction chain (242b) to a winding pulley (242a) and a winding pulley (275) is connected to a traction chain at the end with a cable connector (278) which passes through the upper guide pulley (223b) and is connected to a traction cable (278a) which passes through an opening (611) in the traction threaded rod (609b) on the control load () 603c) wherein, the unwinding pulley (274b) is coupled to an action traction chain (277) coupled to a wide arm (1024b) depositing on the stock on the hooks (224) positioned on the straight and cranked arm (22a, b) 63. A power tool trainer according to claim 1 1,2, characterized in that the load groupings (6) and (5) for the I and II load sections (601a, b) (600ab) and the spring expanders (18a, b, c, d) are located on the load group frame (6a) and (5a) with shelf holders (123-6) and is formed of a front and a rear load bracket and (510a, b) which is connected by a middle bracket to the hole, (502b), (512b) and an upper bracket to the hole (502c) 1), (512c) serving both to secure the guide rod (50a, b) and (511a, b) and also in conjunction with the holes (171a, b) (172a, b) located in the rear rail (170a, b). tension (168, b) and, on the other hand, allows splitting and mounting of the lower and upper sets I and II of the load sections (60a, b) and (600a, b) or the spring loads (18a, b, c, d) 64. A mechanical and electric power train according to claim 1,2,633, characterized in that the lower part of the guide rod (50a, b) and (511b) II. the load section (600a) and the spring expander (18, c) is offset by the distance of the axis of the bore (611) of the spindle of the threaded threaded rod (609b) with the lower portion of the guide bars (501b), (511b) , (172b) allowing the traction cable (278a) to pass through the bore (611) of the traction thread rod (609d) to the control member (603c) controlling the lowered set II of the load section (600a) and the spring expander (18c) A power tool simulator according to claim 16, characterized in that the tension threaded rod (608b, a) is coaxially connected to the guide pulley (605) and to the guide pulleys (604) which guide the tension cable (604). 945) which also bypasses the upper set of the I section of the loads (601, b), while allowing through the opening (611a) the pulling threaded rod (609d) with the eye (611) to pass the pulling cable (278) to the pulling rod (611) ) steering member (603c) A power tool simulator according to claim 1, 63,65, characterized in that the driving tube (616a, b, c, d) with the toothing (613a, b, c, d) is rotatable mounted in the bearing (615a, b, c, d) the rotatable bearing (614a, b, c, d) is driven by el. a geared motor having a driving groove (617a, b, c, d) which is adapted to receive and drive a floating nut (618a, b, c, d) 67. The power trainer of mechanical and electric propulsion according to claim 1,63,65,66, characterized in that the floating nut (618a, b, c, d) is formed of an outer and inner nut body (618). with the same pitch of the male and female threads (620a, b, c, d) which are connected by means of a drive bridge (619a, b, c, d) which by positioning the insertion groove (617a, b, c, d) b, c, d) transmits torque to the floating nut (618a, b, c, d) and which, by rotating on the thread (622a, b, c, d) of the tension rod (609a, b, c, d); Rotation in thread (623a, b, c, d) of individual loads IaII of the load section (601a.b) and (600a, b) allows individual load options A power tool trainer according to claim 1.63, characterized in that the spring expander (18a, b, c, d) is mounted on the guide rods (5 01 a, b) and (511 a, b). actuated and provided with a spring expander control member (603a, b, c, d) (606a, b, c, d) consisting of at least one small and large or a plurality of small and large drawing plates (1801), (1810) provided with one a pair of pulling holes (1801) and (1810a, b) and connected to one pair of pulling springs e.g. (1821) which are connected at the other end to a base plate (1860) anchored to a load-bearing frame (5a) and wherein the spring expander may also comprise a plurality of individual towing plate sizes (1801), (1810) stacked on top of each other individual columns of small, large and even larger towing plates eg. (1830), (1840) 69. Mechanical and electric power trainer according to claim 1.68, characterized in that the range of application of the individual loads of the spring expander (18a, b, c, d) determines the number of small large towing plates (181-4) used; 4810-7) with coupled pairs of tension springs (1820), where the number of small large towing plates (181-4) used, (4810-7) equals the number of pairs of through holes (1830s-3a), (1810a-7) and one pair of drawers holes (1801a, b), (1810a, b) disposed on one small and large towing plate (1801), (1810), each small and large towing plate e.g. (1801), (1810 owns only one pair of draw holes (1801a, b) A power tool trainer according to claim 1,68,69, characterized in that the spring expander (18) is configured such that each towing plate e.g. (1801) of appropriate size utilized space to accommodate a maximum number of pairs of through holes (1830-3) and one pair of draw holes (180a, b) located on one pitch circle of the small draw plate (1801b) while being made and assembled to e.g. a pair of drawing holes (1801a, b) - (1804a, b) of each small and large drawing plate (1801-4). a column of individual pairs of through holes (1830a-3) in the small and large draw plates (1850a), (1840a) allowing the passage of a plurality of pairs of tension springs (182) of the spring expander (18a, b, c, d) to be mounted in the base plate (1860) wherein the large drawing plate (18010-7) is guided through guide holes (1840-7) on guide rods (50a, b), (511 a, b) An electric power trainer according to claim 1,68,69,70, characterized in that each small and large towing plate (1801-4), (1810-7) or a plurality of other towing plates is provided in the center hole with the same thread pitch (1850) where the large or last large draw plate is provided with guide holes (1830-8) A power tool trainer according to claim 1,68,69,70,71, characterized in that the base plate (1860) has the same number of pairs of gripping holes on each pitch circle as the number of tension springs ( 1820) from individual small and large towing plates (181-4), (1810-7) while being anchored in the load group skeleton (5a) 73. The power tool trainer of mechanical and electric propulsion according to claim 1, comprising an electric actuator. drive anti-running belts (22) el. bicycle (19a), pedal (21), bicycle (15), el. gearbox (13a, b, c, d, e, f, g, h, i, j, k), treadmill operated with tilting arm (23), treadmill operated by muff From the magnetic sensor (25a) on the one hand, the right and left hand arm press tools (128) of the right and left elongated crank arms (1022) of the broad hand arm (1024b) of the narrow arm arm with retractable pins and an eye (1028) with a stroke cross member with retractable pins (1025) with drawers (1025a) with an action crank (1026), a universal bench (1030), a universal seat (1040), a bicycle stabilizer chair (1010) and back supports and stabilizer preparation 74. A power tool trainer according to claim 1 1,2 characterized in that on the one hand, that el. the reversing gear (13) is formed from a gear housing (13a) with mounting holes (1302) with a positioning plate (1305) provided with a mechanical adjustable stop (1306a, b) and a switching sensor (1307a); el. a spur gear motor (1301) driving a shaft (1303) with a clutch (1308) and transmitting torque e.g. to individual actuators e.g. on both sides of the winding pulley (830a, b), while the STIOP thumb switch (2554) located on the muff (2550) directly controls the individual el. Reversible gearboxes (13a, b, c, d, e, f, g, h, i, j, k) and returns to the home position, 75. A power tool trainer according to claim 1 1,2,3, characterized in that it is gelled. a bicycle (19a) a bicycle (19a, b, c, d) is located on the right skid (200) of the rear lower cross member (150) and on the left lower skid wherein (110) wherein the el. the bicycle is actuated from a bicycle handle (403) and a bicycle (19b, c, d) e.g. chair (1110) 76. A power tool trainer according to claim 1 1, 2, 3, characterized in that the anti-burrowing belts (22a, b) with the riser (2207a, b) are formed of right and left belts (22ab) with a return el. a reverse gear (13j) and secondly equipped with cross-country clubs (2209) with control (2208) A power tool trainer according to claim 1, characterized in that the riser (2207a, b) is formed from a rigid pad (2200) connected to the right and left counter-belts (22a, b), which is provided with a support bracket (22). 2210a, b) for cross-country sticks (2209) allowing them to move simultaneously with the right and left treadmill (22a, b) A power tool trainer with mechanical and electric propulsion according to claim 2 1,2,3 characterized in that the treadmill (23 a, b, c) is intended for healthy and for disabled people controlled by a tilting frame (23) or a muff 79. A power tool trainer according to claim 1,2,3,75, characterized in that the stepper (21) consists of a vertically and horizontally adjustable seat (2100) coupled to the headland el. a gearbox provided with an counter-rotating shaft (13k) coupled to the legs (2102a, b) with a positionable step (2103 a, b) with a handle of the bicycle (403) with control of the arm spacing (2102a, b) and a bicycle (19a) 80. A power tool trainer with mechanical and electric propulsion according to claim 1,20 characterized in that the bicycle with el. or mechanical drive and el. or by mechanical braking (15) is located on a positioning bar (1508) and operated with the driving or driven arms of the hands (150a, b), an electric transmission (13h) with el. or r mechanical braking and power transmission to the swivel arm shafts coupled to the arm arms with continuous speed control and STOP (1512) and (1502) and front on the transmission housing 81. A power tool trainer according to claim 1, characterized in that it is connected from a computer with a tablet (436) to the chip card slots (437) controlling the loads I and II respectively. weights (601 a, b), (600a, b) or el. a reverse gearbox (13a, b, c, d, e, f, g, h, i, j, k) wherein the computer receives horizontal and vertical rotary movements (9), (1) and (230-250) from each actuator and in the path of scientific movements (7) and also by means of a magnetic sensor (25b) from fixed sets of drawers with a horizontal bar 1,2,3,4 (257a, b, c, d) of the exercise bike (15), torsion bars (17a, b), a bicycle (19a, b, c, d) of a treadmill (20a, b, c), a crocodile (21) of the counter-belts (22a, b) and a signal from end sensors or portable magnetic sensor (25b) for recording computer (436) and secondly, it can be operated via a sleeve (25a) with a connected smartphone (2551) provided with a connector (2553) with a connected thumb sleeve (2554) that allows direct operation of the STOP button (2555) located on the thumb sleeve (2554) ) while on the one hand it can directly control individual loads I and II of the load section for individual action devices e.g. el. gearboxes (13a, b, c, d, e, f, g, h, i, j, k), treadmill (23a, b, c) crocodile (21) with arm holder with control (403a) bicycle (15) , counter-belts (22a, b) and control the progress of the exercises 82. The power tool trainer according to claim 1, 81, characterized in that the multifunctional muff (25a) with Velcro fastening is made of el. a motor with a compressor (2550) and a smartphone (2551) wherein, if placed on the wrist of the hand, is provided with a pulse meter or if the arm of the hand is provided with a blood pressure meter and the results are shown on the display (2551a) 83. A power tool trainer according to claim 1,82,83, characterized in that the smartphone (2551) provided with a touch screen (2551a) is provided with a cable at the end with a connector (2553) and a thumb sleeve (2554). control button STOP (2555) through which it is possible to continuously control eg. el. reverse gear (13a, b, c, d, e, f, g, h, ij, k) 84. A power tool trainer according to claim 1 1,2, characterized in that the right and left elongated crank arms (1022) of the portable tool actuators (1022) are disposed in the upper positioning bar (819a, b), the stroke cross member with retractable pins (1025) is located everywhere over the universal drawers (1027) a towing carriage (720) or in a pair of universal drawers (1027) of the positioning rod (726) of the towing carriage (720) the right and left foot actuator (1003) with the positioning step (1004) is located in the lower positioning bar (803a, b) the actuator right and left arm of the press (1021) is located in the drawers (132b) of the press (128) A power tool train according to claim 1, characterized in that the bicycle stabilizing chair (1110) is formed from a backrest (1110b and a support frame (1111a), for inserting the backrest (1110b) and one of the support (1110b). 1111) with locking hole (1111a), arm elbow support (11lb) with arm holders with control (lille) and is located on the mechanical or electric bicycle (19a, b, c, d, a) or in the universal bench (1030) ) via socket (1033b) 86. A power tool trainer according to claim 1.40, characterized in that the right and left leg legs (1003) are formed of a right and left leg (1003a) which is provided with a positionable step (1004b). ) and rotatable adjustable foot bed (1004a, b) The power tool trainer of mechanical and electric propulsion according to claim 1.81, characterized in that the wide and narrow arm actuator (1024a, b) is mounted on the action towing chain with the eye (234a.b, c), (254a, b, c) the front and rear adjustable cross members of the rotary movements (230), (250), the action pull chains (316), (451) of the front lower thrust pulley 1 (113) and the store 3 (442) and rear lower thrust (125c); (448b) a block 1 (113) and a box 3 (442) wherein the actuator narrow arm with retractable pins (1024c) can be placed anywhere or in a pair of universal drawers (1027) in the trolley (720) or positionable drawbar (726) vertical and horizontal position of towing truck (720) A power tool trainer according to claim 1.81, characterized in that the portable magnetic sensor (25b) is formed from a portable magnet of the magnetic holder (2571) which is provided with an output cable with a connector (2570a) and consists of a telescopic rods (2570) with adjustable and switching joint (2572) and adjustable arm (2573) 89. A power tool trainer according to claim 1 1.20 characterized in that the universal bench (1030) consists of a supporting frame with a plate (1031a) with a drawer (1033bb) a pivot joint with a pair of universal plugs (1033ac) and a folding leg (1032) and can be placed in all fixed universal drawers (1127) which are inserted into the horizontal and vertical universal sockets, e.g. (313), (1127), (724), (727) being provided with a pair of perpendicular universal pins (1041a) and a pair of offset universal pins (1046) are usable in all the fixed universal receptacles (1127) and are formed of support frame (1041 A power tool trainer as claimed in claim 1, characterized in that the universal seat (1040) comprises an adjustable seat (1042) of a support frame (1041) provided with a pair of horizontal universal pins (1043) and a pair of perpendicular universal drawers (1041a) and a pair of perpendicular offset drawers (1041b) wherein the seat (1042) is provided with a pair of thinned perpendicular universal pins (1042a) and a pair of offset pins 91. Auxiliary power trainer according to claim 1 1.18.20 characterized in that a pair of perpendicular universal drawers (1041a), by its surface and size, is inserted into the universal drawer (1027) and also serves as a plug for a pair of perpendicular thinned universal pins (1042a) of the seat (1042) A power tool trainer according to claim 1, characterized in that the body stabilizer (20) is formed from a base bar (2000) with a groove of the positionable stop (2010) with a positioning clutch (2030) provided with an action shoulder support (20). 2020) body belt holder (2002), with auxiliary locking sleeve (2003) and auxiliary holder (2005) with universal pins (2004) and equipped with a retractable adjustable extension rod (2040) fitted with a universal grate (2050) is provided with a movable lung actuator (2020) with a spring (2022) and an adjustable bracket (2021a) 93. The power tool trainer according to claim 1.92, characterized in that the push-on action support holder (2020) is guided in a groove on the base rod (2000) and is spring-loaded (2022) via a positionable stop (2010) 023 ) 94. A power tool trainer according to claim 1,92,93, characterized in that the positioning clutch (2010) is flattable with the base bar (2000) and is provided with a positioning disc (2012a) with an opening (2012b) and a locking pin (2013) and housing (2030) 95. A power tool train according to claim 1,92,93,94, characterized in that the locking sleeve (2030a) of the positioning disc (2031) is rotatably adjustable in the base bar (20a) and is provided with a stabilizing arm with adjustable holes (2032) A power tool simulator with mechanical and electric propulsion according to claim 1.95, characterized in that the extension rod (2040) is inserted into the base rod (20a) and secured by a locking pin (2041) allowing mounting of the stabilizing grid (2050). 97. A power tool trainer according to claim 1 1.96, characterized in that the stabilizing grate (2050) with the opening (2050a) of the positioning bar holder (2030) with the positioning holes (2032) is formed with a plurality of grating-shaped stabilizing holes (2050a) provided with leg clamping bands in the seating position ( 2052) allowing stability in both the seated and standing positions by means of locking with locking pins and both the organizer (2053) and the fastening element (2062) A power tool trainer with mechanical and electric propulsion according to claim 1,4,20 characterized in that the vertical and horizontal torsion bar (17a, b) located on the upper right rail (200) and in the handle of the main prop (1908) are formed of a body with a stabilizing hole securing the pin (1702) and torsion bar ( 17) an action opening and reaction opening (1700a, b) wherein the reaction opening is connected to the torsion bar body by a locking pin (1701b) and the front action opening is connected by an action pin (1701a) to the actuator arm (1703) A power tool trainer with mechanical and electric propulsion according to claim 1.40, characterized in that the table plate (1051) is supported on holders (3 03a, b) on the right and left cranked legs (300), ( 310) and on brackets (80a, b) on crankshafts (800a, b) wherein the PC plate (1052) mounted on the tilted arm (404) is stabilized in the brackets (406), (1052a) 101. A power tool trainer according to claim 1,21, characterized in that the storage compartment is comprised of shelves (1213-6) located on the main (400) front and rear of the load (510a, b), and the left main stand (410) and the perimeter and top of the fairing I and II load sections (60la, b), (600a, b) provided with brackets for disassembling and the right and left leg legs (1003) 102. A power tool trainer according to claim 1, characterized in that the carcass as well as the connected rotary tools with mechanical or el. they are designed to connect to the Internet, control music, control computer, lights, cable and smartphone or satellite TV, sockets with 220V voltage