TWM599186U - Non-seat type exercise machine used with hands and feet - Google Patents

Abstract

This creative department provides a non-seat type exercise machine with hands and feet. Its main features include: a foot base, a crank pedal unit mounted on the foot base, and a stand rod erected on the foot base , Two rotary handles respectively screwed on the two sides of the top frame of the stand rod; and each side of the top frame of the stand rod is provided with an adjustable inclination seat body, so that the center support of each rotary handle The shaft is rotated on the corresponding adjustable angle seat structure. The adjustable angle seat is in a rotatable and adjustable angle state with respect to the top frame, and a locking piece is provided to position it in an adjusted angle state; thereby making each rotating type The handle can be used to adjust the inclination angle of its central axis, thereby increasing the variability of the user's hand rotation.

Description

Non-seat type exercise machine with hands and feet

This creative department relates to a kind of sports fitness equipment, in particular to an innovative non-seat type of hands and feet combined with a fitness machine structure revealer.

There are many types of sports and fitness equipment currently available on the market, and what this creation intends to discuss and improve mainly refers to those with pedal rotation function.

As for the aforementioned sports fitness equipment with pedal rotation function, there are currently two common types on the market. One is usually called an exercise bike, which is quite similar to a bicycle and has a seat, handle, crank pedal mechanism, flywheel, and resistance adjustment mechanism. And so on, because if this kind of exercise bike is placed in the indoor space of a general user's home, it actually occupies a considerable space, so it is unacceptable for many consumers.

In view of the foregoing reasons, the industry subsequently developed another type of exercise machine structure with a pedal rotation function. In short, it only retains the crank pedal mechanism, a shell and a simple counterweight. Damping structure, so in use, the user sits on a chair, then places the exercise machine on the ground, and simply uses the pedal rotation function to achieve the purpose of fitness and entertainment. This kind of simple exercise and fitness The device can also be placed on the desktop, and both hands are used to operate the crank pedaling mechanism to achieve the purpose of moving the hands.

Although the aforementioned simple exercise equipment achieves the advantages of reducing the product volume and being easy to store, the exercise function is too monotonous and has become a point of criticism.

Therefore, in view of the problems existing in the above-mentioned conventional sports fitness equipment structure with pedal rotation function, how to develop an innovative structure that can combine small size and multiple sports types, and has more ideal practicality, and practical use The expectations of the people are also the goals and directions for the relevant industry to work harder to develop breakthroughs. In view of this, the creators have been engaged in the manufacturing, development and design of related products for many years. After the above goals, after detailed design and careful evaluation, In the end, it will be a practical creation.

The main purpose of this creation is to provide a seatless hand and foot fitness machine. The technical problem it wants to solve is to make innovations and breakthroughs with the goal of developing a new type of fitness equipment structure that is more ideal and practical. .

Based on the foregoing purpose, this creation provides a non-seat-type hand and foot fitness machine, which includes: a foot base; a crank pedal unit mounted on the foot base, the crank pedal unit includes a shaft base and a rotary set On a shaft of the shaft seat, the left and right cranks at the left and right ends of the shaft are connected in opposite extension directions, the left pedal is rotated on the left crank, and the right pedal is rotated on the right crank; a stand rod, standing Set on the foot base, the top of the stand rod is horizontally provided with a top frame, the top frame defines two sides arranged in a left and right space, and the shaft of the stand rod is provided with a telescopic adjustment positioning member for users Adjust the height position of the top frame; two rotary handles are respectively screwed on the two sides of the top frame of the stand rod. Each rotary handle includes a central pivot, a swing arm and a control handle. The swing arm includes The pivot end and the extension end, the pivot end is pivoted on the central axis, and the control handle is provided on the extension end for the user to hold and rotate; and the sides of the stand rod top frame are arranged side by side There is an adjustable tilt angle seat body, so that the central pivot of each rotary handle is rotated on the corresponding adjustable tilt angle seat body structure, and the adjustable tilt angle seat body is in a rotatable and adjustable angle state relative to the top frame, and is provided There is a locking piece for positioning in an angle-adjusting state; thereby, each rotary handle can be used to adjust the inclination angle of its central pivot.

With this innovative structure and technical features, this creation is compared with the previous technology, so as to provide an innovative non-seat type of hands and feet combined with exercise machine structure that can have both a small volume and multiple sports forms. This creation is in It does not have a seat and must be used in conjunction with existing chairs to achieve better sports and entertainment effects with both hands and feet. The rotation of the hand can adjust the inclination angle, which can increase the rich diversity of the movement state during use, so that the exercise can be used. The muscles of different parts of the body, the entertainment effect is relatively greatly improved, and it is particularly practical and progressive.

Another purpose of this creation is that the shaft of the stand rod is equipped with an elastic rope group, the elastic rope group includes two swingable wheels arranged on the shaft of the stand shaft at an upper and lower interval. The seat and the lower end turning wheel seat, one elastic rope and two pull handles, each swingable wheel seat can be forced to swing horizontally and laterally through a vertical pivot pivot assembly. The elastic rope includes two The pull handle and a turning section, the turning section bypasses the lower turning wheel base, and the two pull ends pass upward through the two swingable wheel bases respectively, and the two handles are connected to the two pull ends respectively. It also constitutes another technical feature that the two pull handles are limited to the two swingable wheel seats and cannot slide downwards, so that the use of the hand and feet without a seat can add a hand pulling exercise function to the use of the exercise machine. So as to achieve the advantages and practical progress of enhancing the added value of the fitness machine and having more diversified functions to meet multiple needs.

Another purpose of this creation is that the foot includes a front tripod and a rear tripod with foldable positioning joints, so that the front tripod and the rear tripod have an unfolding angle and a folding and storing angle. A technical feature that enables the creation of a seatless hand and foot combined with a fitness machine to use. Its feet are originally unfolded and expanded in the standing state of the front leg and rear leg. It can be folded and changed into a flat and smaller state suitable for storage, thereby achieving More convenient storage, less space and other advantages and practical progress.

Another purpose of this creation is to provide a non-seat-type hand-and-foot fitness machine, which includes: a foot base; a crank pedal set mounted on the base, the crank pedal set includes a shaft base, rotary A shaft on the shaft seat, a left crank and a right crank on the left and right ends of the shaft in opposite extension directions, a left pedal rotating on the left crank, and a right pedal rotating on the right crank; a stand rod, Stand on the foot, the top of the stand rod is horizontally provided with a top frame, the top frame defines two sides arranged in a left and right space, and the shaft of the stand rod is provided with a telescopic adjustment positioning member for use Adjust the height position of the top frame; two rotary handles are respectively screwed on the two sides of the top frame of the stand rod. Each rotary handle includes a central pivot, a revolving arm and a control grip. The revolving arm It includes a pivot end and an extension end. The pivot end is pivoted on the central support shaft, and the control handle is provided on the extension end for the user to hold and rotate. This example can also provide an innovative non-seat hand-and-foot fitness machine structure that can combine small size and multiple sports types. It can achieve the combined use of hands and feet under the condition that it does not have a seat and must be used with existing chairs. Better sports and entertainment effects, adding a rich variety of sports states during use, so that the muscles of different parts of the user's body are exercised, and the entertainment effect is relatively greatly improved. (Note: The difference in this example is that there is no limitation. The rotary handle has the function of adjusting the tilt angle of the central pivot)

Please refer to Figures 1 and 2, which are the preferred embodiments of the non-seat-type hand and foot fitness machine of this invention. However, these embodiments are for illustrative purposes only and are not limited by this structure in the patent application.

The seatless hand and foot fitness machine system includes the following components: a foot base 10; a crank pedal unit 20 mounted on the foot base 10, the crank pedal unit 20 includes a shaft base 21, A rotating shaft 22 is provided on the shaft seat 21, a left crank 23 and a right crank 24 are connected to the left and right ends of the rotating shaft 22 in opposite extending directions, a left pedal 25 and a rotating shaft are rotated on the left crank 23 A right pedal 26 is provided on the right crank 24; a stand rod 30 is erected on the foot base 10, the top of the stand rod 30 is horizontally provided with a top frame 31, and the top frame 31 defines left and right The two side portions 32 are arranged at intervals, and the shaft of the stand rod 30 is provided with a telescopic adjustment positioning member 33 (Note: The structure of the spaced positioning hole and the latch locking piece can be used here, which belongs to the general conventional technology. Not described in detail) for the user to adjust the height position of the top frame 31; two rotary handles 40 are respectively screwed on the two sides 32 of the top frame 31 of the stand rod 30, and each of the rotary handles 40 It includes a central pivot 41, a revolving arm 42 and a manipulation grip 43. The revolving arm 42 includes a pivot end 421 and an extension end 423. The pivot end 421 is pivoted on the central pivot 41, The control handle 43 is provided at the extension end 423 for the user to hold and rotate; and wherein each side portion 32 of the top frame 31 of the stand rod 30 is provided with an adjustable tilt seat Body 50, so that the central pivot 41 of each of the rotary handles 40 is screwed on the corresponding adjustable tilt angle seat body 50, and the adjustable tilt angle seat body 50 is rotatably adjustable relative to the top frame 31 In an angle state, a locking member 51 is provided to position the angle adjustment state, so that each of the rotary handles 40 can be used to adjust the inclination angle of the central pivot 41 thereof.

In the preferred embodiment of the lifting structure, the specific structure of the adjustable tilt seat 50 can be seen in FIG. 6. One side of the adjustable tilt seat 50 can form a rotating plate portion 52. The plate portion 52 is clamped and restricted by two clamping blocks 53 combined with the side portion 32 of the top frame 31, and a bolt 54 is set through the two clamping blocks 53 and the rotating plate portion 52, and the locking member 51 can be provided with In the form of a knob with a screw hole 55, the inner side of the locking member 51 abuts against the outer side of one of the clamping blocks 53, and the screw hole 55 is screwed to the bolt 54; thereby, when the locking member 51 is tightened , You can lock the rotating plate portion 52 together with the adjustable tilt angle seat body 50; of course, the specific structure and implementation of the adjustable tilt angle seat body 50 are quite diverse in the prior art, so it is not limited to the disclosure in this example ,Hereby affirm.

With the above-mentioned structural composition and technical characteristics, the non-seat hand-and-foot combined exercise machine system disclosed in this creation can provide an innovative non-seat-type hand-foot combined exercise machine structure that can have both small size and multiple sports types. The preferred embodiment of its structure is shown in Figure 3 in use. The user mainly sits in a sitting posture on an existing chair 70 (beds and low cabinets, etc.), and uses the chairless hands and feet of the invention together with the fitness machine Place on the ground at an appropriate distance in front of the user. Then, the user holds both hands on the two side parts 32 of the stand rod 30 and the top frame 31. The two rotating handles 40 are provided with the feet of the user. Then step on the left pedal 25 and the right pedal of the crank pedal unit 20 respectively. In this state, the user can start to exercise both hands and feet, in which the user’s feet are used for rotating motions such as pedaling a bicycle. The user’s hands are holding the two rotary handles 40 for rotary motion. Because the two rotary handles 40 are not linked to each other, the user’s hands can perform rotary motions in the same direction or different directions, especially It is worth mentioning that through the setting of the adjustable tilt angle seat body 50, each rotary handle 40 can be used to adjust the tilt angle of its central pivot 41. As a result, the rotation movement of the user's hands , The axis of the rotating fulcrum can be adjusted to a straight axis, a horizontal axis, or an inclined axis according to the user's needs (please refer to the difference between the central axis 41 and the swing arm 42 in Figure 7) , So as to achieve different sports, fitness and entertainment effects; this creation can achieve better sports and entertainment effects with both hands and feet under the condition that it does not have a seat and must be used with existing chairs. The rotation of the hand can be adjusted to increase the inclination. The rich and diversified motion states during use can exercise the muscles of different parts of the user's body, increase the variability of the user's hand rotation, and the entertainment effect can be relatively greatly improved.

As shown in FIG. 4, in this example, the shaft of the stand rod 30 is further equipped with an elastic rope group 60, and the elastic rope group 60 includes two separate arranged on the shaft of the stand rod 30 and arranged at an upper and lower interval. The swingable wheel base 61 and the lower end turning wheel base 62, an elastic cord 63 and two pull handles 64, each of the swingable wheel base 61 is pivoted to the stand rod 30 through a vertical support shaft 65 The shaft can be forced to swing laterally and laterally. The elastic cord 63 includes two pull ends 632 and a turning section 634 between the two pull ends 632. The turning section 634 goes around the lower end The turning wheel base 62, the two pull ends 632 respectively pass upward through the two swingable wheel bases 61, and the two pull handles 64 are respectively connected to the two pull pull ends 632 to form the two pull handles 64 It is confined to the two swingable wheel seats 62 so as not to slide down; in this example, through the addition of the elastic drawstring group 60, it is possible to add a seatless hand and foot to the exercise machine in this creation. Hand pull exercise function options, so as to increase the added value of the fitness machine, more diversified functions to meet multiple needs, when the user pulls the two handles 64 with both hands, the angles of the pull handles 64 are different , The corresponding swingable wheel seat 61 will follow the swing in different directions (as shown by the arrow L1 in FIG. 5), so that the elastic cord 63 can maintain a smooth displacement state.

As shown in Figures 1 and 2, in this example, the foot base 10 includes a front foot frame 11 with foldable positioning joints 13, 14 and a rear foot frame 12 to form the front foot frame 11 and the rear foot frame 12 for use Each has an unfolding angle and a folding and storing angle. In addition, the shape of the front foot frame 11 is set in the shape of "U", and the shape of the rear foot frame 12 is set in the shape of "T", so that the axle seat 21 of the crank pedal unit 20 is installed in the The structure of the rear leg 12; the implementation type disclosed in this example enables the use of the present creation without a seat-type hand and foot in a fitness machine. The legs of the front leg 11 and the rear leg 12, which were originally expanded and expanded, can be folded and changed. In a flat and smaller volume state suitable for storage (as shown in Figure 8), it achieves the advantages of more convenient storage and less space.

Wherein, the shaft base 21 of the crank pedal unit 20 can also be a structure with a damping device. (Note: The illustration in this example is omitted)

In addition, the control grip 43 of each rotary handle 40 is set in either a button shape or a rod shape; this part of the control grip 43 shown in Figure 1 is set in a button shape; In addition, the control grip 43B shown in Fig. 9 is a rod-shaped column (note: massage particles may be further formed on the surface of this shape).

10: Foot 11: Front tripod 12: Rear tripod 13: Foldable positioning joint 14: Foldable positioning joint 20: Crank pedal unit 21: Axle seat 22: shaft 23: left crank 24: right crank 25: left pedal 26: right pedal 30: Standing rod 31: Top shelf 32: side 33: Telescopic adjustment positioning member 40: Rotating handle 41: Center pivot 42: swing arm 421: pivot end 423: Extension 43: control grip 43B: Control grip 50: Adjustable tilt angle seat body 51: Locking piece 52: Turning board 53: clamp block 54: Bolt 55: screw hole 60: Elastic drawstring 61: swingable wheel seat 62: Lower turning wheel seat 63: elastic rope 632: Secret 634: turning section 64: Handle 65: vertical pivot 70: Chair

Figure 1 is a combined perspective view of a preferred embodiment of this creation. Figure 2 is a side view of the preferred embodiment of this creation. Fig. 3 is a schematic diagram of the user operation state of the preferred embodiment of the authoring. Fig. 4 is a front view of the elastic drawstring set of the preferred embodiment of the invention. Figure 5: The swingable wheel base of this creation will vary with the angle of the pull handle Schematic diagram of the state of swing direction. Fig. 6 is a cross-sectional view of the internal structure of the adjustable tilt angle seat of the preferred embodiment of the invention. Figure 7 is the rotating handle of the preferred embodiment of the creation, which can adjust the tilt angle of its central pivot Schematic diagram of the change state. Fig. 8 is a schematic diagram of the folding state of the preferred embodiment of the creation. Figure 9 is a diagram of an embodiment of the manipulation grip of this creation in a rod-shaped form.

10: Foot

11: Front tripod

12: Rear tripod

13: Foldable positioning joint

14: Foldable positioning joint

20: Crank pedal unit

21: Axle seat

22: shaft

23: left crank

24: right crank

25: left pedal

26: right pedal

30: Standing rod

31: Top shelf

32: side

33: Telescopic adjustment positioning member

40: Rotating handle

41: Center pivot

42: swing arm

421: pivot end

423: Extension

43: control grip

50: Adjustable tilt angle seat body

51: Locking piece

60: Elastic drawstring

61: swingable wheel seat

63: elastic rope

632: Secret

64: Handle

Claims (7)

A non-seat type exercise machine for hands and feet, including: One foot seat A crank pedal unit is installed and set on the foot base. The crank pedal unit includes a shaft base, a shaft that is screwed on the shaft base, and the left and right ends of the shaft are connected in opposite extending directions. A crank and a right crank, a left pedal rotating on the left crank, and a right pedal rotating on the right crank; A stand rod is erected on the foot. The top of the stand rod is horizontally provided with a top frame. The top frame defines two side parts arranged in a left and right space, and the shaft of the stand rod is provided with a Telescopic adjustment positioning member for users to adjust the height position of the top frame; and Two rotary handles are respectively screwed on the two sides of the top frame of the stand rod, each of the rotary handles includes a central pivot, a revolving arm and a control grip, wherein the revolving arm includes a pivot End and an extension end, the pivot end is pivoted on the central axis, and the control handle is provided on the extension end for the user to hold and rotate; And wherein, each side part of the top frame of the stand rod is provided with an adjustable tilt angle seat body, so that the central pivot of each rotary handle is screwed on the corresponding adjustable tilt angle seat body structure, The adjustable inclination seat body is in a rotatable and adjustable angle state with respect to the top frame, and is provided with a locking member to position the adjusted angle state; thereby, each of the rotating handles can be used to adjust their central support. The tilt angle of the shaft increases the variability of the user's hand rotation. The non-seat-type hand and foot fitness machine according to claim 1, wherein the stand rod shaft is further equipped with an elastic rope group, and the elastic rope group includes separate sets of the stand rod shaft at upper and lower intervals Equipped with two swingable wheel bases and lower end turning wheel bases, a bungee cord, and two pull handles, each of which swingable wheel bases are assembled through a vertical pivot pivot to form a pivotable stand rod. The elastic rope swings laterally and laterally under force. The elastic rope includes two pull ends and a turning section between the two pull ends. The turning section goes around the lower turning wheel seat, and the two pull ends Then pass upwards through the two swingable wheel seats, and connect the two handles to the two pull ends respectively, and form the two handles to be confined on the two swingable wheel seats so as not to slide down Off state. The non-seat-type hand and foot fitness machine according to claim 1, wherein the foot base includes a front foot frame with foldable positioning joints and a rear foot frame, and both the front foot frame and the rear foot frame have a Expand the use angle and a folding storage angle. For example, the non-seat-type hand and foot fitness machine described in claim 3, wherein the shape of the front foot frame is set like a "U" shape, and the shape of the rear foot frame is set like a "T" shape, so that the crank leg The axle seat of the treadmill is installed on the rear tripod structure. The non-seat type hand and foot fitness machine according to claim 1, wherein the axle seat of the crank pedal unit is a structural type equipped with a damping device. The non-seat-type hand and foot fitness machine according to claim 1, wherein the control grip of each rotary handle is set in either a button shape or a rod shape. A non-seat type exercise machine for hands and feet, including: One foot seat A crank pedal unit is installed and set on the foot base. The crank pedal unit includes a shaft base, a shaft that is screwed on the shaft base, and the left and right ends of the shaft are connected in opposite extending directions. A crank and a right crank, a left pedal rotating on the left crank, and a right pedal rotating on the right crank; A stand rod is erected on the foot. The top of the stand rod is horizontally provided with a top frame. The top frame defines two side parts arranged in a left and right space, and the shaft of the stand rod is provided with a Telescopic adjustment positioning member for users to adjust the height position of the top frame; and Two rotary handles are respectively screwed on the two sides of the top frame of the stand rod, each of the rotary handles includes a central pivot, a revolving arm and a control grip, wherein the revolving arm includes a pivot And an extension end, the pivot end is pivoted on the central support shaft, and the control handle is provided on the extension end for the user to hold and rotate.

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