EP2429662A1

EP2429662A1 - Multifunction fitness device

Info

Publication number: EP2429662A1
Application number: EP10725953A
Authority: EP
Inventors: Angelo Makula
Original assignee: IQ FITNESS SOLUTIONS GmbH
Current assignee: IQ FITNESS SOLUTIONS GmbH
Priority date: 2009-05-15
Filing date: 2010-05-14
Publication date: 2012-03-21
Also published as: WO2010129984A1; US20120065035A1; AT508321A1

Abstract

A multifunction fitness device for elastic resistance systems is achieved according to the invention by a mechanical resistance holding system, which is provided in the form of a single or a double design and which, as rotary mechanism, is composed of an upper (14) and a lower (20) rotary disk connected in a rotationally fixed manner to a vertical axis (19) or, as a sliding mechanism, is composed of two angle profiles (59, 60) connected by a frame, all said components being provided with boreholes and partial boreholes for receiving coupling elements (18) and coupling bushings (16), which are connected to oblong elastic resistance materials (15) of varying thicknesses and with which the mechanical resistance holding system is equipped. The invention is further achieved by a mechanical drive positioning system, comprising an angular drive unit (24a), a switching and adjusting mechanism (25-27), and an unlocking and locking unit (28, 29, 33-37), and by a mechanical catch system, which comprises a technical catch part (32) for receiving the coupling elements having the elastic resistance materials, and comprising a guide part (31), which slides on guide tubes (12) and comprises a lifting block system having a mechanical rope pulley adjusting system (39-41) that is integrated into a holding design (1-6).

Description

Patent: multifunction fitness machine

The invention relates to a multifunctional fitness device for elastic resistors, as described in the preamble of claim 1.

Background and research:

From the prior art multifunctional fitness equipment are known. Such devices usually require a lot of space and are often complicated to use. The devices are composed of several training machines. Rebuilding the exercise equipment to do one exercise to another takes a lot of skill and time. In addition, the movements due to the demands of multifunctionality are not optimal in their biomechanical process. Specified movements limit the user. The weight load of these devices is produced in most cases by weight plates made of iron. The clash of weight plates when performing the exercises creates noise. A fine weight gradation is not possible with many devices because the weight difference between the plates is too large. The kinetic flywheel has a negative effect on fast movements and prevents optimal training results. The size of the devices is often a hindrance to the installation in the living area. Also known are multifunction fitness equipment whose resistance is generated by elastic resistance units (US 2008/0039302 A1). However, the devices of this type on the market have disadvantages. By known and used for this type of technology no ideal stretching behavior is noticeable and associated with it also no optimal efficiency is achieved. Another significant disadvantage is the limited train length and the limited movement. Although different levels of difficulty can be selected in the resistors, but it is not possible the limbs and their muscles independently z. B. left and right arm at the same time, or upper and lower limb to burden with different levels of difficulty. Almost all devices with elastic resistors are designed for the purpose of serving as a resistance system of a monofunctional fitness device (WO 2009/015039, US 2008318740).

By the invention of a multifunctional fitness device with each one or two times executed Widerstandsjialtemechanik, a drive positioning mechanism and a driving mechanism for elastic resistances above disadvantages of existing devices have been improved and solved and thereby created extended properties with a higher efficiency for fitness practitioners. The invention is further characterized by:

Silent operation

Finest weight gradations possible

Free and maximum movement during training possible

- Speed training possible Suitable for children and rehabilitation

- Maintenance-free Highest safety Easy operation Low weight Minimaia Space required Small design

GENERAL DESCRIPTION OF THE INVENTION

The invention relates to a multifunction fitness device for elastic resistors. Purpose of the invention is to provide a new technology, the user extended ability to make the movements so that they come closest to the natural movement of man. The objective is to improve, regain and stabilize health and fitness. The invention enables the user through the simplest operation best possible training results in terms of a balanced whole body workout while maximizing time savings. The technology provides maximum safety, wear-free, small design and minimal maintenance. The comfort of training is achieved by the selection of finely-tuned elastic resistance materials, the free one

Movement development (three-dimensional training), as well as the silent operation maximizes.

The combination with a respectively single or dual running resistance holding mechanism, a drive positioning mechanism and a driving mechanism for elastic resistors installed in a support structure with a pulley system are the focus of the invention.

The support structure consists of four forming tubes and a guide tube, which are interconnected by means of mounting plates. The engineering parts of the resistance-holding mechanism, the drive-positioning mechanism, and the driving mechanism are connected to the mounting plates. Two resistance-holding mechanical parts equipped with elastic resistance materials, which are designed as rotation mechanisms or sliding elements, bring the resistance elements into the desired position by operating the drive positioning mechanism. The Widerstandshaltemechanikteile with the elastic resistance materials are mechanically operated depending on the model, or provided with an electronics (control and switching unit) and an electric motor, which serves as a drive. In the embodiment as a rotation technique, the upper and lower parts of the resistance engineering units are made of metal or plastic discs, which are vertically connected to each other by means of an axis. From these lead angle gear to the switching unit. The resistance is generated by means of elastic materials. The resistance is set via the release pin and the adjustment selector switch. In the variant as a sliding technique, the upper and lower parts of the resistance-holding mechanism angle profiles with sliding elements, which serve to accommodate the elastic resistance materials. The setting is done here via a Entriegelungswinkelgestänge and the setting selector switch with magnetic mechanism and a spring mechanism. A pulley system, consisting of 16 rollers, is responsible for the rope guidance and transmission of the force. By the resistance entrainment technology part, which consists of a driver part and a guide carriage, and which slides along guide tubes, the resistance materials are stretched. In the electronic version, the setting is made via the electronic control and switching unit, and the drive via an electric motor. A fifth forming tube serves as a guide rail and for receiving a continuously height adjustable caster mechanism. This is equipped with castors in which the ropes for resistance transmission run. At the ends of the ropes, devices such as handles, loops, etc. are attached by means of a coupling device (carabiner, etc.). By pulling on the ropes by muscle power, energy is released, creating the training effect that aims to improve overall sports motor conditional abilities.

The multi-function fitness equipment includes two stabilization weights, which are screwed to the lower mounting plate and prevent tilting of the device.

Illustrations and names of the parts:

Fig. 1 - shows the support structure of the fitness device with the mounting plates diagonally from the front.

(1) Mold tube holding structure, (2) guide rail, (3) upper mounting plate, (4) lower mounting plate, (5) middle mounting plate, (6) gear holder.

Fig. 2 - shows the support structure with the engineering parts of the resistance-holding mechanism, the Antriebspositioniermechanik, and the driving mechanism of the fitness machine obliquely from the front.

(17) Cover tube for resistance materials, (47) Adjustment electronics, (48) Stabilization weight, (49a / b) Cover plate Stabilization weight.

Fig. 3 - shows the upper part of the fitness device obliquely from the front.

(1) Mold tube holding structure, (2) guide rail, (3) upper mounting plate, (7) upper positioning plate, (8) roller holders, (9) multi-roller holder, (10) rollers, (11) stoppers, (12) guide tubes. Fig. 4 - shows the lower part of the fitness device obliquely from the front.

(1) mold tube holding structure, (2) guide bar, (4) lower mounting plate, (8) roller holders, (10) rollers, (12) guide tubes, (13) lower positioning plate, (14) lower rotation plate, (15) elastic resistance material, (16) Coupling bushing, (17) Cover pipe for resistance materials, (19) Vertical connection axis Resistance retaining unit, (46) Motor-gear unit.

Fig. 5a - shows the middle part of the technique of the fitness device obliquely from the front.

(1) forming tube, (2) guide bar, (6) gear holder, (18) coupling member, (20) upper rotating disc, (21) gear shaft, (22) locking disc, (25) setting selector connecting shaft, (26) setting selector dial , (27) adjustment selector switch, (28) mounting bracket, (29) fixing disc magnetic locking mechanism,, (31) guide carriage with metal core, (32) driver part, (33) magnet, (34) unlocking spring mechanism, (35) unlocking pin, (36) Release button, (37) magnetic switch, (38) connecting elements.

Fig. 5b (5) Middle mounting plate, (8) Roller holder, (10) rollers, (12) guide tubes, (15) elastic resistance material, (17) resistive material covering tube, (19) vertical connecting axis - resistance retaining unit, (24a) angular gear (Fig. 30) Electromagnetic locking pin, (32) driving part, (33) magnet

Fig. 6 - shows the Rollenverstellmechanik the fitness machine obliquely from the front.

(1) forming tube, (2) guide rail, (10) rollers, (39) guide part of the roller adjusting mechanism, (40) adjusting knob, (41) pivoting roller holder, (42) cable clamping profile, (43) guide cable, (44) spring-loaded balance / strain gauge, (45) Display force measuring station

Fig. 7 shows the support structure with the mounting plates of the fitness device as a sliding mechanism

(1) Mold tube holding structure, (2) Guide rail, (50) Lower mounting plate Sliding mechanism, (51) Upper mounting plate Sliding mechanism, (52) Middle mounting plate Sliding mechanism, (53) Transmission support Sliding mechanism.

Fig. 8 shows the upper part of the fitness device as a sliding mechanism obliquely from below.

(1) Mold tube holding structure, (51) Upper mounting plate Sliding mechanism, (7) Upper positioning plate, (8) Roller holders, (9) Multi roller holder, (10) Roller, (11) Stopper, (12) Guide tube. Fig. 9 a shows the middle and the lower part of the sliding mechanism of the fitness device obliquely from the front without the middle mounting plate.

(50) Lower Mounting Plate Slide Mechanism, (8) Roller Brackets, (10) Roller, (13) Lower Positioning Plate, (18) Coupling Element, (21) Transmission Shaft, (24b) Angular Gear, (25) Adjustment Dial Connection Shaft, (26) Adjustment Switch Scaler, (27)

Selector switch, (28) mounting bracket, (31) metal core guide carriage, (32) driver member, (36) unlocking knob, (46) motor / gear unit, (54) solenoid release linkage, (55) mounting block release linkage, (62) drive cable. (64) Cover.

Fig. 9b shows the middle and the lower part of the sliding mechanism of the fitness device obliquely from behind, without the middle mounting plate.

(1) Mold tube holding structure, (12) guide tubes, (15) elastic resistance materials, (24 a)

Angle gear,

(24b) Angular gear, (50) Lower mounting plate Sliding mechanism, (53) Transmission support Sliding mechanism, (56) U-profile support structure, (57) U-profiles, (58) Drive rollers, (59) Upper angle section, (60) Lower Angle profile, (61) rail element ,.

Fig. 10 shows the double guided, pivoting roll holder.

(1) forming tube, (2) guide tube, (10) rollers, (39) guide member of roller adjusting mechanism, (40) adjusting knob, (41) pivoting roller holder, (42) cable clamping profile, (43) guide cable, (44) spring-loaded scale strain gauges.

Description numbered

Retaining structure (1, 2, 3, 4, 5, 6)

The support structure consists of 4 forming tubes (1), an upper (3), middle (5), and lower (4) mounting plate, and a gear holder (6). On the front between the upper (3) and the lower mounting plate (4) a guide rail (2) is mounted. This is secured by the upper positioning plate (7) and the lower positioning plate (13) before twisting. On the inside of the guide rail (2), about 10 cm below the upper mounting plate (3) and also about 10 cm above the lower mounting plate (4), there is a stopper (11). The forming tubes (1) are screwed to the mounting plates and the gear holder (3, 4, 5, 6).

Single or dual weight resistance mechanism (14, 15, 16, 18, 19, 20)

The single or double weight resistance holding mechanism (14, 15, 16, 18, 19, 20). is executed as a rotation mechanism or as a sliding mechanism. In the rotational mechanics sets the resistance holder unit consists of two independently operable

Drum rotation mechanisms consisting of upper and lower rotating discs (20 and 14) together. The two discs (20 and 14) are made of metal or other materials, in the upper discs are recesses milled on the outer edge, which serve to position the spring mechanism (34, 35 36), on the left and right outside, on Furthermore, the upper disks have bores in the outer region and the lower disks have partial bores which serve to receive the coupling elements and coupling bushings with the resistance materials. The discs are connected to the vertical connecting shaft (19) so as to be secured against twisting by placing the vertical connecting shaft in a cutout located in the center of the discs. The weight-resistance-retaining mechanism is vertically mounted on the middle and lower mounting plates (5 and 4) of the support structure. The weight resistance holding mechanism is covered by a cover (17), (64).

In the variant with the sliding mechanism, the upper and lower parts of the weight resistance-retaining mechanism are angle profiles (59, 60) serving to receive the elastic resistance materials (15) and sliding on rail members (61). A part of the rail elements is connected to one another with the angle profiles, the other part is fastened on the underside of the middle mounting plate (52) and on the upper side of the lower mounting plate (50). The upper (59) and lower (60) angle profiles are connected by means of a U-profile holding structure (56). To adjust the elastic resistance materials and to drive the rail elements roller supports (8) are attached with rollers on the underside of the middle mounting plate of the support structure. About these roles runs a drive cable (62). The drive cable is clamped in a cable attachment block (63), which is attached to the angle sections (59, 60). The angle profiles are provided with holes in which the bolt of the spring-loaded mechanism (34) engages. Also, at the angle profiles (59, 60) bores, which serve to receive the coupling elements (18). The weight resistance-retaining mechanism of the sliding variant is covered with a cover (64).

Antriebspositioniermechanik

The drive positioning mechanism consists of an angle gear unit, a switching and adjusting mechanism, an unlocking and a locking unit

The unlocking unit (34, 35a, 35b, 36) consists of the Federzughalterung (34) the unlocking Federzugmechanismus (35b), the Entriegelungsstift (35a), and the release button (36).

The Federzugmechanismus (34, 35a, 35b, 36) engages in the outer recesses of the upper rotary disks (20), and serves for pinpoint fixing and adjustment of the weight resistance-holding mechanism. The weight-resistance-retaining mechanism can be rotated in both directions by means of the switching unit (26, 27) so as to control the respective ones Adjust weight resistance. Since the weight-resistance-retaining mechanism consists of two separate side-by-side or sequentially arranged and operated units, which thereby function independently, it is possible to set different loads. In the sliding mechanism, the adjustment also via the switching unit (26, 27) and a Entriegelungswinkelgestänge with magnet (54) and a Federzugmechanismus (34). The angle rod (54) is mounted between U-profiles (57). These U-profiles sit on a mounting block (55) which is mounted on top of the central mounting plate (52) of the support structure. On the outside of the unlocking angle linkage (54) an unlock button (36) is mounted.

In the upper and lower rotating disks and the angle profiles with the sliding elements are bores which serve to receive the coupling elements (18) and coupling bushes (16) with the elastic resistance materials (15) in different strengths. The coupling elements are made of plastic and have a hole in the middle. The elastic resistance materials (15) are drawn into the coupling element (18) and the coupling bushing and secured from the inside with a ball against slipping out. In order to enable a different adjustment of the various resistances above the middle mounting plate (5) of the support structure between the support structure construction, a transmission holder (6) screwed on an angle gear (24 a, 24 b) is mounted. From there, a shaft (25) leads horizontally to the switching unit (26, 27). The linkage is inserted into the switch and secured with a split pin. Another shaft leads from the bevel gear vertically to the middle mounting plate (5) of the support structure where it is connected to the vertical connecting axle (19) of the rotary disc (20) by means of connecting sleeves (38). On the vertical connection axis (19) above the middle mounting plate (5) of the support structure, a rotation lock washer (22) is installed. The locking disc (22) results with the locking pin (23) a locking unit to exclude user error. In the sliding mechanism, the linkage from the upper angle gear (24 a) leads vertically to the lower angle gear (24 b). A shaft then leads horizontally to the drive rollers (58). Between the support structure a short gear holder (53) is mounted on the top of the angle gear and a mounting bracket are mounted, which serves as a support of the drive shaft (25) of the switching unit (26, 27).

Switching / adjusting mechanism

The switching and adjusting mechanism consists of the switching unit (21, 24, 25, 26, 27) and the unlocking unit (34, 35, 36).

The indexing unit consists of the bevel gear (24a, 24b), the horizontal setting switch connecting shaft (25), the vertical gear shaft (21) and the setting selector (26, 27) consisting of the setting selector switch (27) and the setting selector dial (26). The adjustment switches are used for individual adjustment of the weight load. They are in metal or

Plastic etc. executed. The switching unit consists of two parts, the actual switch (27), and an outer ring (26) with markings indicating the selected resistance. A second variant of the outer ring contains recesses that are illuminated from behind. Below this adjustment selector switch (26, 27) is a spring mechanism consisting of (34) (35), (36). To select the resistance, first the unlocking pin (35) is pulled out, and then the setting selector switch (27) is turned to the desired position. In order to eliminate incorrect operation, a mounting bracket (28), a fixing locking washer (29) and an electromagnetic locking pin (30) are attached to the gearbox support (6). The mounting bracket (28), which serves as a base, and the locking disc (29) have a hole in the middle through which the setting selector switch connecting shaft (25) leads. The electromagnetic lock pin (30) is in communication with the magnetic switch (37) which is mounted on the top of the middle mounting plate of the support structure in the vicinity of the driving mechanism. Another variant of the locking mechanism is when the locking magnet is installed with the locking pin in the Federzughalterung (34) directly below the spring mechanism.

In the version with electronics and motor, a motor-gear unit (46) is mounted between lower mounting plate (4) of the support structure and lower rotation disk (14), or above the middle mounting plate (5), the support structure mounted. This unit is used to automatically adjust the desired elastic resistance materials. To control the motor and to adjust the elastic resistance materials an adjustment electronics (47) is attached to the left and right of the support structure. In the sliding variant, the motor-gear unit is mounted above the middle mounting plate (52) of the support structure.

Driving mechanism (resistance and entrainment system (31, 32)

The weight lifting and driving system (31, 32) consists of the guide carriage with metal core (31) and the driver part (32). The driver part is connected to the guide carriage horizontally in the cross through a recess. To accurately guide and adjust the guide carriage, there are provided two guide tubes (12) with over-pushed magnets secured between the upper (3) and middle (5) mounting plates of the support structure. At the driver part (32) is a stop mechanism, called locking pin (23) attached. In the rear part of the middle mounting plate (5) are recesses through which the weight collection and - take-along system is performed. For damping rubber spacers are pushed over the guide tubes (12).

By rotation or by pushing the weight-resistance-holding mechanism, the coupling elements (18) with the elastic resistance materials (15) are brought into the position of the weight-up and take-along system. Guide carriage and driver part are made of metal or plastic, and look as follows: The driver part (32) has a cutout to receive the coupling element with the elastic resistance materials. The recesses are milled out as a pitch circle to ensure an accurate recording of the coupling element. The guide carriage (31) has two holes for the two guide tubes (12). On the

Top of the guide carriage is a roller holder (8) in which a deflection roller (10) is mounted. The pulley is connected with a horizontal axis with the AIu U-profile. In the lower part is a U-recess in which the driver part is seated. Both parts of the weight lifting and driving system are pulled up by means of a cable pull. Below the driver part are holes with metal bolts to support the magnetic effect in the guide tubes (2).

Cable / pulley

Overall, the cable / pulley system consists of 16 identical rollers (10) and their role holders (8). On the lower mounting plate (4) of the support structure two roller holders (8) are positioned obliquely in the front area, in which two pulleys (10) are attached. On the upper mounting plate (3) of the support structure, two roller holders (8) are mounted obliquely in the rear area, between each of which three pulleys are mounted. Between the roller holders (8) are fixed in the rear, lower part stopper (11). In the front part of the upper mounting plate (3) of the support structure also two roller holders (8) are mounted obliquely, in each of which a pulley (10) sits. In the guide carriage (31) roll holders (8) are embedded, which are equipped with Seilumlenkrollen (10). About the pulleys, the guide cable (43) runs, which is clamped on the back of Rollenverstellmechanik in a square profile, the cable clamping profile (42). At the ends of the ropes, devices such as handles, loops, etc. are attached by means of a coupling device (carabiner, etc.). Between carabiner and Seilklemmung a rubber ball is attached.

Roll-adjusting mechanism

For individual height adjustment, a guide rail (2) is screwed to the base support structure on the upper (3) and lower (4) mounting plates of the support structure. The positioning plates (7 and 13) are used for positioning. About this guide rail (2) a Rollenverstellmechanismus (39) is pushed, which is equipped with a knob (40). On this Rollenverstellmechanismus (39) two vertically mounted, pivoting roller supports (41) are attached to the cable guide. These two swivel roll holders are each provided with two rollers (10). The Rollenverstellmechanismus (39) is made of metal or plastic. On the back of the Rollenverstellmechanismus is a Seilklemmprofil (42), which is provided with two holes, in which the guide cable (43) is clamped. The adjusting knob (40) has on the inside a wide plastic part, the pressure distribution plate, which allows a better pressure distribution. The Rollenverstellmechanik can also be performed as a double guided Rollenverstellmechanik. power station

To measure the force applied by pulling the elastic resistance materials, two spring balances or strain gages (44) are placed between the cable clamping profile (42) and the guide cable (43) as a force measuring station. The display is displayed via the external display of the force measuring station (45). The transmission takes place via radio or via a cable connection between Federzugwaage (44) and display (45).

Claims

claims

1. Multifunction fitness device for elastic resistance systems, characterized in that the fitness device consists of a single or double executed resistance-holding mechanism, a drive positioning mechanism and a driving mechanism, wherein

The resistance-holding mechanism as a rotation mechanism, composed of an upper (14) and a lower (20) with a vertical axis (19) rotatably connected rotation disk, or as a sliding mechanism, composed of two connected by a support structure angle profiles (59, 60), which are all equipped with bores and partial bores, which are equipped to receive coupling elements (18) and coupling bushes (16) which are connected to elongated elastic resistance materials (15) in different thicknesses and which are equipped with the resistance-retaining mechanism,

The drive positioning mechanism, each consisting of an angle gear unit (24a), a switching and adjusting mechanism (25, 26, 27), and an unlocking and a locking unit (28, 29, 33, 34, 35a, 35b, 36, 37),

• and the driving mechanism, each of a driving technique part (32) for receiving the coupling elements with the elastic resistance materials and a guide member (31) on guide tubes (12) slides and a pulley system with a Rollenverstellmechanik (39, 40, 41), built into a support structure (1 - 6)

consists.

2. Multifunction fitness device according to claim 1, characterized in that the holding structure (1) with an upper (3), (51), middle (5), (52) and lower (4), (50), mounting plate, and a Transmission holder (6), a guide rail (2), an upper positioning plate (7) and lower positioning plate (13), and these parts are interconnected.

3. Multifunction fitness device according to claim 1 or 2, characterized in that the coupling elements (18) and coupling bushes (16) are provided with a bore in which, the elastic resistance materials (15) fed, and from the inside with a ball against, a Slipping out to be secured.

4. Multifunction fitness device according to one of claims 1 to 3, characterized in that the dual-guided resistance-holding mechanism, designed as a rotation mechanism,! arranged side by side, and fixed vertically between the middle (5) and lower (4) 'mounting plate of the support structure.

5. Multifunction fitness device according to one of claims 1 to 3, characterized in that 'the resistance-holding mechanism in the embodiment as a sliding mechanism from the front seen consecutively between the middle (52) and lower (50) Montagepiatte the

Retaining construction is attached.

6. Multifunction fitness device according to one of claims 1 to 5, characterized in that double-guided and mounted rail elements (61) with the angle profiles (59,60) are interconnected on one side, and the opposite of the rail elements (61) on the underside of the middle Mounting plate (52) of the support structure (1) and on the upper side of the lower mounting plate (50) of the support structure together with a U-profile (57) is attached.

7. Multifunction fitness device according to one of claims 1 to 6, characterized in that for adjusting the elastic resistance materials (15) and for driving the rail elements (61) on the underside of the middle mounting plate (52) of the support structure (1) roll holders (8) and rollers (58) are fixed over which the drive cable (62) passes, which is clamped in a cable fixing block which is fixed to the angle profiles (59).

8. Multifunction fitness device according to one of claims 1 to 7, characterized in that the Antriebspositioniermechanik left and right on the middle mounting plate (5, 52) of the support structure (1) is mounted.

9. multifunction fitness device according to one of claims 1 to 8, characterized in that the angle gear (24 a) are mounted on a holder (6, 53) between the support structure (1).

10. Multifunction fitness device according to one of claims 1 to 9, characterized in that a shaft (21) from the angle gear (24 a) vertically to the middle mounting plate (5), where it with the vertical connecting axis (19) of the rotary discs (14, 20 ) is connected by means of connecting sleeves (38).

11. Multifunction fitness device according to one of claims 1 to 10, characterized in that the unlocking and locking unit from the unlocking Federzugmechanismus (35b), the unlocking pin (35a), and the release button (36).

12. Multifunction fitness device according to one of claims 1 to 11, characterized in that in the upper rotary discs (20) at the outer edge recesses are milled, the positioning of the unlocking and locking unit (28, 29, 33, 34, 35 a, 35 b , 36, 37) mounted on the left and right outer sides, on the middle mounting plate (5) of the support structure (1) from below.

13. Multifunction fitness device according to one of claims 1 to 12, characterized in that an electromagnetic locking pin (30) and a fixing disc (29) for the

Magnetic locking mechanism is attached either to the angle gear holder (6) between the support structure (1), or in a second variant, the electromagnetic locking pin in the holder (34) of the unlocking Federzugmechanismus (28, 29, 33, 34, 35 a, 35 b, 36 , 37).

14. Multifunction fitness device according to one of claims 1 to 13, characterized in that the angle profiles (59) are provided with holes into which the bolts of the spring-tensioning mechanism of the unlocking angle linkage (54) engage.

15. Multifunction fitness device according to one of claims 1 to 14, characterized in that at the upper angle profiles (59) bores for receiving the coupling elements (18) with the resistance materials (15) and at the lower angle sections (60) partial bores for receiving the coupling bushes (16) are present.

16. Multifunction fitness device according to one of claims 1 to 15, characterized in that in the upper rotary discs (20) in the outer region bores for receiving the coupling elements (18) with the resistance materials (15) and on the discs (14) partial bores for receiving the coupling bushings (16) are present.

17. Multifunction fitness device according to one of claims 1 to 15, characterized in that the switching and adjusting mechanism of the Einstellwahlschalter (27) with the Einstellwahlschalter scale disk (26) which is provided with numbers.

18. Multifunction fitness device according to one of claims 1 to 17, characterized in that a rotary locking disc (22) on the vertical connecting axis (19) above the middle mounting plate (5) of the support structure (1) is installed.

19. Multifunction fitness device according to one of claims 1 to 18, characterized in that a driver part (32) fixed locking pin (23), which serves as a stop mechanism, with a locking disc (22) forms a locking unit.

20. Multifunction fitness device according to one of claims 1 to 19, characterized in that the weight resistance holding mechanism with a cover (17), (64), is sheathed.

21. Multifunction fitness device according to one of claims 1 to 20, characterized in that it is possible by the dual design and arrangement and the drive to set different loads in each of the resistance holding mechanisms.

22. Multifunction fitness device according to one of claims 1 to 21, characterized in that with the lower mounting plate (4), (50) of the support structure (1) two weight plates (48) are screwed, which prevent the tilting of the device.

23. Multifunction fitness device according to one of claims 1 to 22, characterized in that between the upper (3), (51) and the lower mounting plate (4), 50), the support structure (1) attached, guide rail (2) of the Receiving a Rollenverstellmechanismus (39) serves by the upper positioning plate (7) and the lower positioning plate (13) is secured against rotation.

24. Multifunction fitness device according to one of claims 1 to 23, characterized in that on the inside of the guide rail (2), about 10 cm below the upper mounting plate (3), (51), the support structure and about 10 cm above the lower mounting plate (4), (50), the support structure (1) each stopper (11) are located.

25. Multifunction fitness device according to one of claims 1 to 24, characterized in that a Rollenverstellmechanismus of a pivoting roller holder (41), a knob (40), an internal pressure distribution plate, a Seilklemmprofil (42), a roll holder (8) and the Pulleys (10), and is infinitely adjustable in height.

26. Multifunction fitness device according to one of claims 1 to 25, characterized in that a driving mechanism consisting of the guide carriage with metal core (31) and the driver part (32) for receiving and vertically conveying the coupling elements (18) and coupling bushes (16) with the elastic resistance materials (15) is responsible.

27. Multifunction fitness device according to one of claims 1 to 26, characterized in that guide rails (2), which are fastened between upper (3) and middle (5) mounting plate of the support structure (1), for the guidance of the guide carriage (31) and the driver part (32) are responsible, wherein for damping the driving mechanism on the guide tubes (12) rubber spacers (65) are pushed.

28. Multifunction fitness device according to one of claims 1 to 27, characterized in that on the upper side of the guide carriage (31) a U-recess for receiving a roller holder (8) with a pulley (10) is mounted and on the lower side of a U-recess is located, in which the driver part (32) is seated.

29. Multifunction fitness device according to one of claims 1 to 28, characterized in that a pulley system consisting of 16 identical pulleys (10) is responsible for the cable guide.

30. Multifunction fitness device according to one of claims 7 to 29, characterized in that on the lower mounting plate (4), (50), the support structure in the front region two roller holders (8) are obliquely positioned to serve for receiving pulleys (10) . as well as on the upper mounting plate (3), (51), both in the rear and the front

Two multi-role holders (9) are mounted obliquely, between each of which three pulleys (10) with stoppers (11) are mounted.

31. Multifunction fitness device according to one of claims 1 to 30, characterized in that in one embodiment of the drive positioning mechanism with electronics and motor, between the lower mounting plate (4), (50), the support structure (1) or above the middle mounting plate (5 ), (52), the support structure, a motor-gear unit (46) is mounted, which is used for automatic adjustment of the desired elastic resistance materials (15), wherein for controlling the motor and for adjusting the elastic resistance materials (15) adjusting electronics (47 ) is attached to the left and right of the support structure (1).

32. Multifunction fitness device according to claim 25, characterized in that a force measuring station consisting of two Federzugwaagen or strain gauges (44) between the Seilklemmprofil (42) and the guide cable (43) is mounted, the display via radio or via a cable connection between Federzugwaage (44 ) is transmitted to an external display (45) of the force measuring station.