US20040266586A1 - Exercise device using compression resistance mechanism - Google Patents

Abstract

An exercise machine utilizing a new compression resistance device is disclosed. The machine is a “stepper”, meaning it is actuated by using a stepping motion by the user's feet. The construction and design of the exercise device is that activation twists the body in a manner to emulate skiing. Resistance is provided by a compression resistance mechanism. Compressible cylinders are positioned coaxially on a rod between two blocking bodies. As the machine is actuated, the rod is pulled through one of the bodies, thereby compressing the cylinders. The resistance mechanism is suitable for other applications then the disclosed exercise device.

Description

FIELD OF INVENTION
• The present invention relates to an exercise device using a resistance mechanism for use in and more particularly relates to an exercise device using a compression resistance mechanism. Said compression mechanism likewise may be used in various other exercise devices or such devices requiring resistive force.[0001]
BACKGROUND OF THE INVENTION
• Exercise machines are common in today's era. Many are used to target specific areas of the body for strength, cardiovascular health, flexibility and endurance. All are designed around the concept of providing a user's body with some form of work, usually through resistance and repetition, in order to strengthen the various parts of the body desired. On classic example of a particular genre of exercise machines is the “Stepper.” Among this classification are walking, running and skiing simulators. Generally, the machine provides a means for moving one's legs and feet in some combination of an up-and-down and/or side-to-side motion. These devices may not only be used to target leg strength, but also cardiovascular health and torso strength and flexibility. Perhaps one of the most effective machines of this sort for all three aspects are ski simulators. For example, U.S. Pat. No. 6,231,484 (2001) to Gordon; U.S. Pat. No. 6,139,473 (2000) to Koyama, et al.; U.S. Pat. No. 6,077,202 (2000) to Gray; U.S. Pat. No. 5,989,163 (1999) to Rodgers, Jr.; U.S. Pat. No. 5,800,313 (1998) to Yu; U.S. Pat. No. 5,665,033 (1997) to Palmer; and U.S. Pat. No. 4,342,453 (1982) to Wagner are all illustrative of the prior art.[0002]
• While the aforementioned inventions accomplish their individual objectives, they do not describe a Stepper exercise machine that utilizes compressive resistance. Most do not disclose a Stepper whereby the foot pedals are fixed to an axel above the level of the foot pedals. None disclose such a connection with a single rod for each foot pedal. The importance of the attachment is that the attachment changes the movement utilized by the machine. The change in movement produces a smoother, more ergonomic positioning of the feet and legs while exercising. The motion of user the present invention also more closely emulates skiing. By eliminating attachment to a single affixing rod, the machine according to the present invention is simpler to manufacture and less intimidating to operate.[0003]
• Previous machines have used extensive resistance to provide resistance force. Compressive resistance devices have been rare and have not provided a singular resistance mechanism for resistance in more than one direction.[0004]
• In this respect, the exercise device according to the present invention departs substantially from the usual designs in the prior art. In doing so, this invention provides a smoother, more ergonomic exercise experience that more closely resembles skiing while simultaneously provides a new compression resistance system that likewise produces a more ergonomic experience.[0005]
SUMMARY OF THE INVENTION
• In view of the foregoing disadvantages inherent in the known types of exercise machines, this invention provides an improved exercise machine. As such, the present invention's general purpose is to provide a new and improved exercise machine that will utilize a compression resistance mechanism and provide a more accurate and ergonomic simulated experience. In order to attain this goal, the exercise machine comprises a base having a vertical axel and a rotative body placed upon the vertical axel, said body having a horizontal axel. Footpad arms extend from the horizontal axel and are fixedly connected to the top of the vertical axel with ball joint bearing rods. The resistance device is a compressive resistance device and is connected to the rotative body and the base so that when the rotative body moves, the resistance device is compressed and resistive force is thereby generated. The compressive resistance device is at least one compressible cylinder mounted on a base rod, said cylinder between two blocking bodies and the rod capable of movement through one of said bodies. As the rod moves through the one body, the other compresses the at least one cylinder against the first.[0006]
• The more important features of the invention have thus been outlined in order that the more detailed description that follows may be better understood and in order that the present contribution to the art may better be appreciated. Additional features of the invention will be described hereinafter and will form the subject matter of the claims that follow.[0007]
• Many objects of this invention will appear from the following description and appended claims, reference being made to the accompanying drawings forming a part of this specification wherein like reference characters designate corresponding parts in the several views.[0008]
• Before explaining at least one embodiment of the invention in detail, it is to be understood that the invention is not limited in its application to the details of construction and the arrangements of the components set forth in the following description or illustrated in the drawings. The invention is capable of other embodiments and of being practiced and carried out in various ways. Also it is to be understood that the phraseology and terminology employed herein are for the purpose of description and should not be regarded as limiting.[0009]
• As such, those skilled in the art will appreciate that the conception, upon which this disclosure is based, may readily be utilized as a basis for the designing of other structures, methods and systems for carrying out the several purposes of the present invention. It is important, therefore, that the claims be regarded as including such equivalent constructions insofar as they do not depart from the spirit and scope of the present invention.[0010]
BRIEF DESCRIPTION OF THE DRAWINGS
• FIG. 1 is a top plan view of the exerciser according to the present invention.[0011]
• FIG. 2 is a side elevation of the exerciser according to the present invention FIG. 3 is a cross-section of the resistance device according to the present invention.[0012]
• FIG. 3[0013]ais a front elevation of the thrust block of the invention.
• FIG. 4 is an exploded view of the exercise device according to the present invention.[0014]
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT
• With reference now to the drawings, the preferred embodiment of the resistance device shall be explained in the context of an improved exercise device, utilizing the resistance device. As seen in FIGS. 1 and 2, the exercise device is a “step” variety device; namely, the user actuates the device by moving the users' legs upwards and downwards, in a “stepping” fashion. The particular device is used to simulate a skiing exercise by simultaneously moving the user's legs in a lateral sweeping motion while the user is “stepping”. Generally, the machine has a[0015]base4 providing support for the machine. Mounted uponbase4 is arotative body5, unto which are attached theresistance mechanism3 andfootpad arms6.
• [0016]Resistance mechanism3 is shown in further detail in FIG. 3. In its preferred embodiment,mechanism3 comprisesbase rod30 and plurality ofcompressible cylinders32 forming a coaxially related stack uponbase rod30. At the external end ofbase rod30 is ahandle38 that is threadingly engaged withbase rod30. While the preferred embodiment dictates a removable handle, any construction that would abut the stack ofcylinders32 and would be fixedly attached tobase rod30 would suffice. In the preferred embodiment, cylinders may be added and replaced, thereby providing varying resistance levels, dependent upon the general compressibility of the cylinders. Ideal materials for the cylinders include rubbers and plastics, though any compressible material and structure, such as metal springs and composite structures, may be used.Bushings36 are positioned betweencylinders32 andbase rod30.Bushings36 should be a generally non-compressible material.Bushings36 not only provide reduced friction betweencylinders32 andbase rod30, but also provide a compression fail safe forcylinders32. Abushing36 is positioned at either end of eachcylinder32. As thecylinders32 are compressed, eventually bushings36 associated with acylinder32 will contact each other, thereby arresting compression of thecylinder32 beforecylinder32 reaches a crucial and destructive state of deformation.
• Abutting the opposite end of the cylinder stack is thrust[0017]block34.Thrust block34, shown in more detail in FIG. 3a, is comprised of ablock body31 with two planar faces and apivot axel33 extending downward from block body. Pivotaxel33 is fixedly and pivotally inserted throughbase4. Block body has ahole35 bored through its planar faces.Base rod30 is inserted throughhole37. On the interior end ofbase rod30, opposite thethrust block34 fromcylinders32, is anattachment interface35, for interfacing with therotative body5.
• FIG. 4 depicts the remainder of the components of the invention in an exploded view.[0018]Base4 is comprised of acentral base support40, through whichpivot axel33 is generally centrally inserted athole48, and, preferably, at least twosupport arms42,44. In this depiction, supportarms42,44 are perpendicular tocentral base support40 witharm44 positioned beneath the fore end ofcentral base support40, though any configuration of base and any number of support arms lending to stability may be utilized. Extending vertically fromcentral base support40, at the extreme front end isvertical axel46.
• [0019]Rotative body5 is inserted oververtical axel46.Rotative body5 is essentially acylinder50. From the bottom ofcylinder50, extendstongue54 andhorizontal axel52, both diametrically opposite the other.Footpad arms60 are cantileverally coupled tohorizontal axel52 and are supplied withfootpads62.Tongue54 interfaces withbase rod interface35 in a pivotal manner.Rod arms7 are attached to footpadarms60 and the top of thevertical axis46.Rod arms7 have acentral rod70 withball joints72 and74 at either end ofrod70. At the top ofvertical axis46 isrod mount76, extending outward fromvertical axis46 and thereby improving clearance ofrod arms7 withrotative body5 while the machine is in motion.
• In use, a user applies force to one[0020]footpad62 at a time. Depressing footpad and associatedfootpad arm60 pullsrod arm7 downwards and forwards, thereby twistingrotative body5 aboutvertical axel46. The twisting ofrotative body5 twists the body of the user, asfootpad arms60 twist withrotative body5. Twisting also drawsbase rod30 throughcylinder stack34, such thatresistance mechanism3 pivots in the direction opposite the user's body and cylinders stack34 is compressed, providing resistance. As the user ceases to apply pressure, the compressive energy stored incylinder stack34 is released, returning the machine, and the user, to a baseline position. User then applies pressure with the opposite foot, repeating the process.
• Although the present invention has been described with reference to preferred embodiments, numerous modifications and variations can be made and still the result will come within the scope of the invention. No limitation with respect to the specific embodiments disclosed herein is intended or should be inferred.[0021]

Claims (20)

I claim:

1. A resistance mechanism comprising:

a. a base rod, having two ends and a defined axis

b. at least one compressible cylinder in a coaxial relation to the base rod.

c. a stop structure, abutting the at least one cylinder and disposed at one end of the base rod

d. a thrust block, disposed next to the at least one cylinder towards the end opposite the stop structure, the thrust block further comprising:

i. a block body having a centrally defined hole, through which the base rod passes; and

ii. a pivot axel, extending in a downwards direction from the block body;

e. An interface for attaching to a device requiring a resistance feature, the interface located at the end opposite the stop structure;

wherein, the resistance mechanism is actuated when the base rod is pulled in a manner to lessen the distance between the thrust block and stop structure, thereby compressing the at least one cylinders and providing resistance.

2. The resistance mechanism ofclaim 1 further comprising at least one bushing, coaxially attached inside of each compressible cylinder between the cylinder and the base rod, said bushing being non-compressible so as to limit compression of each cylinder.

3. The resistance mechanism ofclaim 1, wherein at least one material from which the at least one compressible cylinder is composed is selected from the group consisting of rubbers, synthetic rubbers, plastics, polymers, and metals.

4. The resistance mechanism ofclaim 3, wherein the stop structure is a handle, coaxially disposed on the base rod.

5. The resistance mechanism ofclaim 4, wherein the handle is threadingly engaged to the base rod, allowing for both removal and pre-compression of the at least one cylinder thereby increasing resistance.

6. The resistance mechanism ofclaim 2, wherein the stop structure is a handle, coaxially disposed on the base rod.

7. The resistance mechanism ofclaim 6, wherein the handle is threadingly engaged to the base rod, allowing for pre-compression of the at least one cylinder thereby increasing resistance.

8. The resistance device ofclaim 1, wherein the stop structure is a handle, coaxially disposed on the base rod.

9. The resistance mechanism ofclaim 9, wherein the handle is threadingly engaged to the base rod, allowing for pre-compression of the at least one cylinder thereby increasing resistance.

10. An exerciser comprising:

a. an exerciser base, further comprising:

i. a central base support;

ii. stabilizing means;

iii. a single upwardly extending base axel, extending from the base support;

b. a rotative body, coaxial with the base axel and having a generally horizontally displaced axel and a resistance attachment means disposed opposite the horizontally displaced axel;

c. a pair of foot pad arms, cantileverally attached to the horizontally displaced axel, one on either side of the rotative body; and

d. a pair of attachment rods, each with a pair of joints disposed at opposite ends of each rod and attached individually by a joint to a foot pad arm and both attached by the other joint to the base axel, said location of the connection with the base axel being disposed above the rotative body, thereby locating the connection of the rods with the base axel above the foot pad arms;

wherein foot pad arms are actuated in a vertical manner and thereby draw rods up and down with foot pad arm and foot pad arms rotate with the rotative body due to the fixed length of the rods.

11. The exercise device ofclaim 10 further comprising a resistance means for providing restorative force when the footpad arms are actuated.

12. The exercise device ofclaim 11, the resistance means comprising:

a. a base rod, having two ends and a defined axis

b. at least one compressible cylinder in a coaxial relation to the base rod.

c. a stop structure, abutting the at least one cylinder and disposed at one end of the base rod

d. a thrust block, disposed next to the at least one cylinder towards the end opposite the stop structure, the thrust block further comprising:

i. A block body having a centrally defined hole, through which the base rod passes; and

ii. a pivot axel, extending in a downwards direction from the block body; and

e. an interface for attaching to a device requiring a resistance feature, the interface located at the end opposite the stop structure;

wherein, the resistance mechanism is actuated when the base rod is pulled in a manner to lessen the distance between the thrust block and stop structure, thereby compressing the at least one cylinders and providing resistance.

13. The resistance mechanism ofclaim 12 further comprising at least one bushing, coaxially attached inside of each compressible cylinder between the cylinder and the base rod, said bushing being non-compressible so as to limit compression of each cylinder.

14. The exercise device ofclaim 13, wherein at least one material from which the at least one compressible cylinder is composed is selected from the group consisting of: rubbers, synthetic rubbers, plastics, polymers, and metals.

15. The exercise device ofclaim 14, wherein the stop structure is a handle, coaxially disposed on the base rod.

16. The exercise device ofclaim 15, wherein the handle is threadingly engaged to the base rod, allowing for both removal and pre-compression of the at least one cylinder thereby increasing resistance.

17. The exercise device ofclaim 13, wherein the stop structure is a handle, coaxially disposed on the base rod.

18. The exercise device ofclaim 17, wherein the handle is threadingly engaged to the base rod, allowing for pre-compression of the at least one cylinder thereby increasing resistance.

19. The exercise device ofclaim 12, wherein the stop structure is a handle, coaxially disposed on the base rod.

20. The exercise device ofclaim 19, wherein the handle is threadingly engaged to the base rod, allowing for pre-compression of the at least one cylinder thereby increasing resistance.

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