Fitness equipment

Abstract

Fitness equipment, with a unit of weight (1); a first training mechanism (2) comprising two side frames (21), several first pulleys (25), two first pull ropes (26) and two pull components (27), wherein the two side frames (21) form an interior (22), wherein the two side frames (21) define a vertical direction (4), wherein the two pull components (27) are movably positioned on the two side frames (21) along the vertical direction (4), wherein the several first pulleys (25) are arranged on the two side frames (21), wherein the two first pull ropes (26) are wound around the several first pulleys (25) and connect the weight unit (1) and the two pull components (27) so that the two pull components (27) and the weight unit (1) are coupled; and a second training mechanism (3) comprising a base frame (31), a pivoting component (32), several second pulleys (34) and a second pull rope (35), wherein the base frame (31) is housed in the interior (22), wherein the pivoting component (32) is pivotably arranged on the base frame (31), wherein the several second pulleys (34) are arranged on the base frame (32), wherein the second pull rope (35) is wound around the several second pulleys (34) and connects the weight unit (1) and the pivoting component (32), so that the pivoting component (32) and the weight unit (1) are coupled.

Description

Technical area

[0001] The invention relates to a fitness device, in particular a multifunctional fitness device. State of the art

[0002] As people pay more and more attention to physical health, exercise has become a very important leisure activity for modern people. Due to the poor environmental quality in urban areas and the influence of weather, people tend to prefer indoor exercise rather than outdoor exercise such as running, weight training, etc. in the gym, which can not only make the body healthy but also enhance the beauty of the body. The conventional fitness equipment includes a frame, a pulling mechanism, and a weight mechanism. The pulling mechanism is connected to the weight mechanism through a rope and pulley set. When the user holds the pulling piece of the pulling mechanism, they must overcome the weight set by the weight mechanism to achieve the purpose of strength training.

[0003] However, conventional fitness equipment has only a single function. Therefore, a single piece of fitness equipment can only train a specific muscle group. If the user wants to train other muscle groups, they must use other types of fitness equipment. This is not only very inconvenient, but also significantly increases equipment costs and space requirements.

[0004] Therefore, it is necessary to provide a novel and advanced fitness equipment to solve the above problems. Object of the invention

[0005] The object of the invention is to provide a fitness device that can achieve the purpose of multifunctional training, so that the user can train different muscle groups with the fitness device and thereby save costs and space for setting up the fitness device.

[0006] This object is achieved by the fitness device of the invention, which comprises: a weight unit; a first training mechanism including two side frames, a plurality of first pulleys, two first traction cables, and two traction components, wherein the two side frames form an interior space, wherein the two side frames define a height direction, wherein the two traction components are movably positioned on the two side frames along the height direction, wherein the plurality of first pulleys are arranged on the two side frames, wherein the two first traction cables are wound around the plurality of first pulleys and connect the weight unit and the two traction components, so that the two traction components and the weight unit are coupled;and a second training mechanism including a base frame, a pivot component, a plurality of second pulleys, and a second traction cable, wherein the base frame is housed in the interior, wherein the pivot component is pivotally mounted on the base frame, wherein the plurality of second pulleys are mounted on the base frame, wherein the second traction cable is wound around the plurality of second pulleys and connects the weight unit and the pivot component so that the pivot component and the weight unit are coupled.; Short description of the drawings Fig. 1 a perspective view of the embodiment of the invention, Fig. 2 an enlarged view according to Fig. 1, Fig. 3 a side view according to Fig. 1, Fig. 4 a plan view according to Fig. 1, Fig. 5 a representation of the chest training of the embodiment of the invention, Fig. 6 a representation of the rowing training of the embodiment of the invention, Fig. 7 a sectional view according to Fig. 2. Ways to implement the invention

[0007] The following embodiments serve only to illustrate the possible implementation of this invention; they are not intended to limit the scope of the invention. The term "one" or "at least one" before the nouns mentioned in the article does not limit the quantity. A "plurality" is also possible as needed. Changes to this number are also within the scope of the invention.

[0008] Fig. Figures 1 to 7 show an embodiment of the invention. The fitness device of the invention comprises: a weight unit 1, a first training mechanism 2, and a second training mechanism 3.

[0009] The first training mechanism 2 includes two side frames 21, a plurality of first pulleys 25, two first traction cables 26, and two traction components 27. The two side frames 21 form an interior space 22. The two side frames 21 define a height direction 4. The two traction components 27 are movably positioned on the two side frames 21 along the height direction 4. The plurality of first pulleys 25 are arranged on the two side frames 21. The two first traction cables 26 are wound around the plurality of first pulleys 25 and connect the weight unit 1 and the two traction components 27, so that the two traction components 27 and the weight unit 1 are coupled. The second training mechanism 3 includes a base frame 31, a pivoting component 32, a plurality of second pulleys 34, and a second traction cable 35. The base frame 31 is housed in the interior space 22, and the pivoting component 32 is pivotally arranged on the base frame 31.The plurality of second rollers 34 are arranged on the base frame 32. The second traction cable 35 is wound around the plurality of second rollers 34 and connects the weight unit 1 and the pivot component 32, so that the pivot component 32 and the weight unit 1 are coupled.

[0010] This fitness equipment provides the trainer with two different training mechanisms at the same time, effectively saving storage space and purchase costs. The first training mechanism 2 is also called a functional trainer. It can comprehensively train the trainer's muscles. The trainer can stand in front of the two side frames 21 and pull the two pull components 27 with both hands to train the upper body, or connect their feet and the pull components 27 with bands to train the lower body. The second training mechanism 3 is also called a press and focuses on training the pectoralis major, anterior deltoids, triceps, back muscles, etc., to strengthen the chest and train away the hunchback.

[0011] Specifically, the weight unit 1 is located in the interior space 22 and is arranged on the base frame 31 to ensure that the weight blocks of the weight unit 1 move smoothly without being obstructed by foreign objects and that the interior space 22 can be fully utilized. The two side frames 21 are symmetrically arranged on the two opposite sides of the base frame 31. Specifically, the two side frames 21 form an acute angle 5 between 20 degrees and 70 degrees in the height direction 4. The fan-shaped structural contour of the two side frames 21 is beneficial for reducing the space requirement and also provides sufficient space for the trainer.

[0012] The pivot component 32 includes a pivot element 321 and a handle 322. The pivot element 321 is pivotally mounted on the base frame 31 and connected to the second traction cable 35. The handle 322 is movably positioned on the pivot element 321. The trainer can adjust the relative position of the handle 322 and the pivot element 321 according to their body shape or body size to meet their own needs. The pivot component 32 also includes a positioning element 33. The positioning element 33 consists of a first locking set 331 and a plurality of positioning holes 333. The first locking set 331 is arranged on the handle 322 or on the pivot element 321, and the positioning holes 333 are arranged on the pivot element 321 or on the handle 322. The first locking set 331 can be selectively inserted into one of the positioning holes 333. In this embodiment, the positioning element 33 is further provided with a first adjustment plate 332.The first adjustment plate 332 is arranged on the pivot member 321 and forms the positioning holes 333. The positioning holes 333 are arcuate and arranged at a distance from one another. The first locking set 331 includes a cylinder 334, an elastic member 335, and a latch 336. The cylinder 334 is positioned on the handle 322. The latch 336 movably extends through the cylinder 334. The elastic member 335 is located between the inner wall of the cylinder 334 and the latch 336. The latch 336 is pressed by the elastic member 335 and, in the normal state, protrudes from the cylinder 334 to engage a positioning hole 333.

[0013] It should be noted that the trainer can perform different strength training exercises using the handle 322 in different directions and in different positions.

[0014] In particular, the trainer faces the weight unit 1 and the handle 322 is positioned between the weight unit 1 and the trainer. For example, but not limited to, as shown in Fig. As shown in Figure 5, one end of the handle 322 is positioned on the right side of the first adjustment plate 332. In this mode, the trainer can simulate rowing movements to perform back muscle training. When not in use, the handle 322 forms a first angle 61 with the height direction 4. The first angle 61 is less than 70 degrees. Preferably, the pivoting range of the handle 322 lies entirely within the interior space 22, thereby avoiding unexpected collisions between the handle 322 and people and objects located outside the interior space 22 during actual use, especially in the area behind the user.

[0015] Or the trainer faces the weight unit 1 and is located between the weight unit 1 and the handle 322. For example, but not limited to, as in Fig. As shown in Figure 5, one end of the handle 322 is positioned on the left side of the first adjustment plate 332. The handle 322 partially protrudes vertically relative to the height direction 4 from the two side frames 21. In this mode, the trainer can simulate pressing movements to train the pectoral muscles. When not in use, the handle 332 forms a second angle 62 with the height direction 4. The second angle 62 is less than 70 degrees. The second angle 62 is greater than the first angle 61. It is understood that the handle 322 can pivot from outside the interior space 22 into the interior space 22.

[0016] The second training mechanism 3 also includes a seat 36. At least a part of the seat 36 is located in the interior space 22. The seat 36 is located in the height direction 4 below the pivoting component 32, whereby the trainer can perform the training in a sitting position, so that the movement stability is better.

[0017] More specifically, the seat 36 has a backrest 361 and a seat surface 362. The backrest 361 is pivotally positioned on the base frame 31. The seat surface 362 protrudes from the base frame 31. When using the second training mechanism 3, the trainer can adjust the position of the backrest 361 to reliably support the chest or back. In this embodiment, the seat 36 also has a second adjustment plate 363 and a second locking set 365. The second adjustment plate 363 is arranged on the backrest 361 and can be moved thereby. The second adjustment plate 363 forms a plurality of holes 364. The second locking set 365 is arranged on the base frame 31 and can be selectively inserted into one of the holes 364 to position the backrest 361. The second locking set 365 is configured the same as the first locking set 331. Viewed along the height direction 4, the two side frames 21 form an inverted V-shape.The two side frames 21 define a narrow opening 23 and a wide opening 24, which are opposite each other vertically to the height direction 4. The joint point of the pivot element 321 and the base frame 31 is closer to the wide opening 24 than the joint point of the backrest 361 and the base frame 31. The weight unit 1 is located close to the narrow opening 23. The seat 362 protrudes from the wide opening 24.

[0018] Preferably, the handle 322 includes a first portion 323 and two second portions 324. The first portion 323 is pivotally connected to the pivot member 321. The two second portions 324 are located on either side of the first portion 323 and can be grasped by the user's hands. The radial size of the first portion 323 is larger than the radial size of the second portions 324. The first portion 323 may have a greater thickness to withstand external forces. The second portions 323 may provide the user with a more convenient size for holding.

[0019] The invention thus relates to a fitness device comprising: a weight unit (1); a first training mechanism (2) including two side frames (21), a plurality of first pulleys (25), two first traction cables (26), and two traction components (27), wherein the two side frames (21) form an interior space (22), wherein the two side frames (21) define a height direction (4), wherein the two traction components (27) are movably positioned on the two side frames (21) along the height direction (4), wherein the plurality of first pulleys (25) are arranged on the two side frames (21), wherein the two first traction cables (26) are wound around the plurality of first pulleys (25) and connect the weight unit (1) and the two traction components (27), such that the two traction components (27) and the weight unit (1) are coupled;and a second training mechanism (3) including a base frame (31), a pivoting component (32), a plurality of second pulleys (34), and a second traction cable (35), the base frame (31) being housed in the interior space (22), the pivoting component (32) being pivotably arranged on the base frame (31), the plurality of second pulleys (34) being arranged on the base frame (32), the second traction cable (35) being wound around the plurality of second pulleys (34) and connecting the weight unit (1) and the pivoting component (32), so that the pivoting component (32) and the weight unit (1) are coupled. List of reference symbols 1 weight unit 2 first training mechanism 21 side frames 22 Interior 23 narrow opening 24 wide opening 25 first role 26 first rope 27 Tensile component 3 second training mechanism 31 base frame 32 Swivel component 321 Swivel element 322 handle 323 first part 324 second part 33 Positioning element 331 first set of bolts 332 first adjustment plate 333 Positioning hole 334 cylinders 335 elastic element 336 bars 34 second role 35 second pull rope 36 seats 361 Backrest 362 Seat 363 second adjustment plate 364 holes 365 second set of bolts 4 Altitude direction 5 acute angle 61 first angle 62 second angle

Claims

[1] Fitness equipment, with a unit of weight (1); a first training mechanism (2) comprising two side frames (21), a plurality of first pulleys (25), two first traction cables (26), and two traction components (27), wherein the two side frames (21) form an interior space (22), wherein the two side frames (21) define a height direction (4), wherein the two traction components (27) are movably positioned on the two side frames (21) along the height direction (4), wherein the plurality of first pulleys (25) are arranged on the two side frames (21), wherein the two first traction cables (26) are wound around the plurality of first pulleys (25) and connect the weight unit (1) and the two traction components (27), so that the two traction components (27) and the weight unit (1) are coupled; and a second training mechanism (3) including a base frame (31), a pivoting component (32), a plurality of second rollers (34), and a second traction cable (35), wherein the base frame (31) is housed in the interior space (22), wherein the pivoting component (32) is pivotally arranged on the base frame (31), wherein the plurality of second rollers (34) are arranged on the base frame (32), wherein the second traction cable (35) is wound around the plurality of second rollers (34) and connects the weight unit (1) and the pivoting component (32), such that the pivoting component (32) and the weight unit (1) are coupled. [2] Fitness device according to claim 1, characterized by in that the second training mechanism (3) further comprises a seat (36), wherein at least a part of the seat (36) is located in the interior space (22), and wherein the seat (36) is located in the height direction (4) below the pivoting component (32). [3] Fitness device according to claim 2, characterized bythat the seat (36) has a backrest (361) and a seat surface (362), wherein the backrest (361) is pivotally positioned on the base frame (31), and wherein the seat surface (362) protrudes from the base frame (31). [4] Fitness device according to claim 1, characterized by that the two side frames (21) form an acute angle (5) between 20 degrees and 70 degrees in the height direction (4). [5] Fitness device according to claim 1, characterized by that the weight unit (1) is located in the interior (22) and is arranged on the base frame (31). [6] Fitness device according to claim 1, characterized by that the two side frames (21) are arranged symmetrically on the two opposite sides of the base frame (31). [7] Fitness device according to one of claims 1 to 6, characterized byin that the pivoting component (32) has a pivoting element (321) and a handle (322), wherein the pivoting element (321) is pivotally arranged on the base frame (31) and connected to the second traction cable (35), and wherein the handle (322) is movably positioned on the pivoting element (321). [8] Fitness device according to claim 7, characterized by in that the pivot component (32) also has a positioning element (33), wherein the positioning element (33) consists of a first locking set (331) and a plurality of positioning holes (333), wherein the first locking set (331) is arranged on the handle (322) or on the pivot element (321) and the positioning holes (333) are arranged on the pivot element (321) or on the handle (322), and wherein the first locking set (331) can be selectively inserted into one of the positioning holes (333). [9] Fitness device according to claim 8, characterized bythat the positioning element (33) is further provided with a first adjusting plate (332), wherein the first adjusting plate (332) is arranged on the pivoting element (321) and forms the positioning holes (333), and wherein the positioning holes (333) are arranged in an arcuate manner and spaced apart. [10] Fitness device according to claim 3, characterized bythat the two side frames (21) form an acute angle (5) between 20 degrees and 70 degrees in the height direction (4); that the weight unit (1) is located in the interior space (22) and is arranged on the base frame (31); that the two side frames (21) are arranged symmetrically on the two opposite sides of the base frame (31); that the pivoting component (32) has a pivoting element (321) and a handle (322), wherein the pivoting element (321) is pivotally arranged on the base frame (31) and connected to the second traction cable (35), and wherein the handle (322) is movably positioned on the pivoting element (321);that the pivot component (32) also has a positioning element (33), wherein the positioning element (33) consists of a first locking set (331) and a plurality of positioning holes (333), wherein the first locking set (331) is arranged on the handle (322) or on the pivot element (321) and the positioning holes (333) are arranged on the pivot element (321) or on the handle (322), wherein the first locking set (331) can be selectively inserted into one of the positioning holes (333); that the positioning element (33) is also provided with a first adjustment plate (332), wherein the first adjustment plate (332) is arranged on the pivot element (321) and forms the positioning holes (333), and wherein the positioning holes (333) are arranged in an arcuate manner and spaced apart;that the handle (322) has a first part (323) and two second parts (324), wherein the first part (323) is pivotally connected to the pivot element (321), wherein the two second parts (324) are located on the two sides of the first part (323) and can be gripped by the user's hands, wherein the radial size of the first part (323) is larger than the radial size of the second parts (324); that viewed along the height direction (4), the two side frames (21) form an inverted V-shape; that the two side frames (21) define a narrow opening (23) and a wide opening (24) vertically to the height direction (4), wherein the articulation point of the pivot element (321) and the base frame (31) is closer to the wide opening (24) than the articulation point of the backrest (361) and the base frame (31), wherein the weight unit (1) is located close to the narrow opening (23), wherein the seat (362) protrudes from the wide opening (24);that one end of the handle (332) is positioned on the right side of the first adjustment plate (332), wherein the handle (322) forms a first angle (61) with the height direction (4) when not in use, wherein the first angle (61) is less than 70 degrees; wherein one end of the handle (322) is positioned on the left side of the first adjustment plate (332), wherein the handle (332) forms a second angle (62) with the height direction (4) when not in use, wherein the second angle (62) is less than 70 degrees;that the first locking set (331) includes a cylinder (334), an elastic element (335) and a latch (336), wherein the cylinder (334) is positioned on the handle (322), wherein the latch (336) extends movably through the cylinder (334), wherein the elastic element (335) is located between the inner wall of the cylinder (334) and the latch (336), wherein the latch (336) is pressed by the elastic element (335) and, in the normal state, protrudes from the cylinder (334) to engage in a positioning hole (333);that the seat (36) further comprises a second adjustment plate (363) and a second locking set (365), wherein the second adjustment plate (363) is arranged on the backrest (361) and can be moved thereby, wherein the second adjustment plate (363) forms a plurality of holes (364), wherein the second locking set (365) is arranged on the base frame (31) and can be selectively inserted into one of the holes (364) in order to position the backrest (361), and wherein the second locking set (365) is designed in the same way as the first locking set (361);

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