Exercise ball with stretchable straps-USA - Exercise ball with stretchable straps - Google Patents

The present invention relates-generally to exercise equipment. More specifically, the present invention relates to exercise equipment that employs elastomeric resistance members. The prior art is replete with exercise, physical therapy, sports, and recreational equipment designed for physical manipulation by a user. For example, soft exercise balls commonly known as "Swiss" balls are primarily used for therapeutic exercises and occasionally employed during stretching, warm-up, and low-impact exercises. Typically, a user's body is supported by a Swiss ball during use, and the ball deforms to follow the natural contours of the user's body.

Exercise ball with stretchable straps

Exercise ball with stretchable straps

Exercise ball with stretchable straps

Exercise ball with stretchable straps

What Exercixe the ball so versatile is that it can be used as a support, as in some of the stretching exercises shown below, or it can be used to challenge your balance. The product performs as expected. PillPack Pharmacy Simplified. Share your thoughts with other customers. There was a problem completing your request.

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Integral resistance members stretchablee may be desirable to reduce manufacturing costs and to simplify the use of exercise apparatus Flexible straps 24, 26 are preferably formed from nylon or Exercise ball with stretchable straps webbing, and may be configured to be elastic or inelastic. I really like this multi grip Oneill gooru booties. Simmons, October 13, Another advantage is that the Swedish glamour babes apparatus can be utilized to perform a variety of exercise movements. A securing device 42 for resistance member 16 is coupled to flexible net We moved your item s to Saved for Later. All Rights Reserved. There are exercise ball strap suppliers, mainly located Exercise ball with stretchable straps Asia. It started unraveling at the very beginning of use. Apparatus 10 is configured Exerrcise allow user 12 to rest a portion of his or her body on ball 14 while pulling resistance member 16 in an elongation direction indicated by the arrow in FIG. In the preferred embodiment, loop 32 is formed from a portion of one of flexible straps 24,

An exercise apparatus having a resilient band attachment assembly for use with an exercise ball.

  • The present invention relates-generally to exercise equipment.
  • Multiple loops permit deep, gradual stretching of major muscle groups with greater safety, control and effectiveness than is possible unaided.
  • High Quality: Made of a high quality of cotton, nylon, rubber thread blend that makes it soft to touch.
  • Here at Walmart.
  • Relevancy Transaction Level Response Rate.
  • The present invention relates-generally to exercise equipment.

The present invention relates-generally to exercise equipment. More specifically, the present invention relates to exercise equipment that employs elastomeric resistance members. The prior art is replete with exercise, physical therapy, sports, and recreational equipment designed for physical manipulation by a user. For example, soft exercise balls commonly known as "Swiss" balls are primarily used for therapeutic exercises and occasionally employed during stretching, warm-up, and low-impact exercises.

Typically, a user's body is supported by a Swiss ball during use, and the ball deforms to follow the natural contours of the user's body. Swiss balls may be utilized to develop a user's stability, flexibility, balance, and coordination. Although useful for many purposes, Swiss balls are not particularly suited for traditional strength training programs, which typically employ resistance training to stimulate muscle growth or muscle strength.

A Swiss ball may be employed during "squeezing" exercises of the arms or legs that do not require the user to rest upon the ball.

Consequently, a Swiss ball cannot be easily incorporated into a strength training regimen without forfeiting the traditional benefits associated with Swiss ball therapy, namely, the development of flexibility, balance, and seldom-used stabilizer muscles.

A "home gym" device enables a user to perform a variety of exercises in the privacy of his or her home. However, such devices can be bulky, difficult to operate, or expensive to purchase, and users of such devices may be limited to only a small number of different exercises.

On the other hand, simple and inexpensive home gym devices may not be configured to perform a large number of different exercises. In addition, conventional home gym equipment do not combine strength training with the additional benefits associated with Swiss ball exercises.

Accordingly, it is an advantage of the present invention that an improved exercise apparatus is provided. Another advantage of the present invention is that the exercise apparatus incorporates an exercise ball that supports the weight of the user.

A further advantage of the present invention is that the exercise apparatus facilitates effective strength training in addition to the development of flexibility, balance, coordination, and stability. Another advantage is that the exercise apparatus can be utilized to perform a variety of exercise movements. Another advantage of the present invention is that the exercise apparatus is relatively inexpensive and simple to use. A further advantage is that a conventional exercise ball can be quickly and easily modified into an exercise apparatus according to the present invention.

The above and other advantages of the present invention are carried out in one embodiment by an exercise apparatus having a resilient ball adapted to support a user performing exercises and a resistance member coupled to the ball.

The resistance member is configured to resist elongation in response to an applied pulling force. The exercise apparatus is configured to allow a user to rest a portion of his or her body on the ball while pulling the resistance member in an elongation direction. A more complete understanding of the present invention may be derived by referring to the detailed description and claims when considered in connection with the Figures, wherein like reference numbers refer to similar items throughout the Figures, and:.

Although FIG. Indeed, apparatus 10 is preferably configured to enable user 12 to conveniently perform a number of different exercise movements to train a variety of muscle groups. The shape, size, and other physical characteristics of apparatus. Exercise apparatus 10 generally includes a ball 14, a resistance member 16, and a coupling assembly 17 for coupling resistance member 16 to ball Apparatus 10 is configured to allow user 12 to rest a portion of his or her body on ball 14 while pulling resistance member 16 in an elongation direction indicated by the arrow in FIG.

Ball 14 is adapted to support user 12 while he or she performs exercises upon ball Ball 14 may be formed from a soft, strong, and durable material such as nylon, polyurethane, rubber, or the like. In a preferred embodiment, ball 14 is hollow and may be inflated to a desirable gas or fluid pressure to lend a resilient property to ball Ball 14 is preferably spherical in an undeformed state although it may deform under the weight of user The spherical shape enables user 12 to manipulate his or her body comfortably upon ball 14 during kinetic "rolling" exercises while facilitating the development of balancing and stabilizing muscles during static exercises that may involve resistance training.

Resistance member 16 is configured to provide resistance in response to a force applied by user As shown in FIGS. Although not shown, resistance member 16 may alternatively include stirrups, collars, belts, or other furnishings for engaging various body parts during exercise. Such furnishings are suitably removable and interchangeable to facilitate different exercises. In the preferred embodiment, resistance member 16 is formed from a length of rubber or polyurethane tubing.

Alternatively, resistance member 16 may be formed from a spring element, a plurality of elastic bands, a sheet of elastic ribbon, or any suitable material for generating resistance.

The resistance of resistance member 16 may be selected according to several factors, such as the thickness of a resistance material or a particular composition of an elastomeric material.

In addition, exercise apparatus 10 may include a tension adjuster 22 see FIGS. Further, apparatus 10 is suitably compatible with more than one resistance member 16, either singly or in combination, to facilitate variations of resistances or exercises. Coupling assembly 17 comprises any suitable mechanism for connecting resistance member 16 to ball For example, coupling assembly 17 suitably comprises a flexible strap assembly 18, which surrounds at least a portion of the outer surface of ball 14 to provide a substantially stationary coupling point for resistance member 16 relative to ball For example, as depicted in FIG.

Flexible straps 24, 26 are preferably formed from nylon or canvas webbing, and may be configured to be elastic or inelastic. In the embodiment shown in FIGS.

Flexible straps 24, 26 are preferably perpendicular relative to one another and are coupled together using a suitable mechanism, such as heavy duty stitching. The perpendicular relationship between flexible straps 24, 26 enables flexible strap assembly 18 to effectively couple to ball 14 to thereby form a stable foundation for resistance member 16 during use. The respective ends of flexible straps 24, 26 may include cooperating elements that function to affix the ends together. With reference to FIG.

First end 28 includes a hook fastener element and second end 30 includes a corresponding loop fastener element. Second flexible strap 26 may include a similar configuration. When installing flexible strap assembly 18 onto ball 14, first and second straps 24, 26 are wrapped around ball 14 and the respective first and second ends are suitably affixed together via the cooperating fastener elements.

Of course, the present invention may utilize any alternative fasteners such as snaps, buttons, or zippers to affix the strap ends together. Flexible strap assembly 18 further includes a mechanism for attaching resistance member 16, such as a loop 32 configured to receive resistance member 16 see FIG.

In practice, loop 32 may be suitably sized to receive handles 20 or other furnishings such that resistance member 16 and handles 20 can be easily installed and removed as a unit without disassembly. Furthermore, loop 32 is preferably sized such that resistance member 16 is capable of substantially free translational movement within loop 32 as indicated by the arrow in FIG. Translational movement of resistance member 16 is desirable to increase the versatility of exercise apparatus In the preferred embodiment, loop 32 is formed from a portion of one of flexible straps 24, The structure of loop 32 may be maintained by the stitching or other suitable coupling technique employed to attach flexible straps 24, 26 together.

This arrangement is desirable from a manufacturing perspective and provides sufficient structural integrity to coupling assembly In an alternate embodiment not shown , first flexible strap 24 includes an opening formed therein and loop 32 extends through the opening.

As described above, the structure of loop 32 may be maintained by the stitching employed to attach flexible straps 24, 26 together. Loop 32 is preferably configured such that it maintains resistance member 16 proximate the outer surface of ball Such positioning reduces slippage of flexible strap assembly 18 when force is applied to resistance member 16 and inhibits excess movement of resistance member 16 relative to ball 14, particularly when resistance member 16 is not under tension.

In an alternate embodiment not shown , loop 32 may be a distinct component coupled to one of flexible straps 24, In addition, nothing requires that exercise apparatus 10 incorporate a coupling loop, i. Although not shown, exercise apparatus 10 may alternatively incorporate two or more separate resistance members coupled to ball 14 in any number of locations.

For example, coupling assembly 17 may be configured to include multiple connect points for one or more resistance members.

Referring to FIGS. For example, the length of resistance member 16 can be shortened via tension adjuster 22 to increase the amount of pulling force required to elongate resistance member As shown in FIG.

Tension adjuster 22 includes two holes 36, each having a grommet 38 installed therein. Tension adjuster 22 may be formed from nylon webbing, polypropylene webbing, or similar materials, and grommets 38 may be formed from rubber, vinyl, steel, plastic, or the like. The diameter of grommets 38 is preferably less than the width of elastomeric member 16 when unelongated. However, when resistance member 16 is stretched, its width reduces such that the position of tension adjuster 22 on resistance member 16 can be varied.

In operation, the pulling direction imposed upon resistance member 16 indicated by the arrows in FIG.

The embodiment illustrated in FIG. Flexible net 40 is configured to substantially surround the outer surface of ball Alternatively, a flexible outer shell 41, 25 illustrated in FIG. A securing device 42 for resistance member 16 is coupled to flexible net Securing device 42 may be configured in any manner described above in connection with the preferred embodiment. A recessed securing arrangement allows ball 14 to be freely manipulated by the user, e.

As described above, securing device 46 may be practically realized in any suitable manner. A support member 50 integral to ball 14 engages resistance member 16 when user 12 see FIG. In this embodiment, at least one resistance member 16 is integrally formed within ball Integral resistance members 16 may be desirable to reduce manufacturing costs and to simplify the use of exercise apparatus In summary, an exercise apparatus according to various aspects of the present invention incorporates an exercise ball configured to support the weight of a user.

A conventional exercise ball can be quickly and easily modified into an exercise apparatus according to the present invention by coupling a resistance member to the ball. The exercise apparatus facilitates effective strength training in addition to the development of flexibility, balance, coordination, and stability. The exercise apparatus is relatively inexpensive and simple to use, and it can be employed in a versatile manner to perform a number of different exercise movements.

The present invention has been described with reference to preferred embodiments. However, those skilled in the art will recognize that changes and modifications may be made in the preferred embodiments without departing from the scope of the present invention. These and other changes and modifications that will be obvious to those skilled in the art are intended to be included within the scope of the present invention, as expressed in the following claims.

Year of fee payment : 4. Effective date : An exercise apparatus includes a resilient ball, a flexible strap assembly, and a resistance member coupled to the resilient ball via the flexible strap assembly. The resilient ball is configured such that a user rests a portion of his or her body on the resilient ball while pulling the resistance member in an elongation direction.

Proposition 65 Warning California's Proposition 65 is intended to help Californians make informed decisions about exposures to chemicals known to the state of California to cause cancer, birth defects or reproductive harm. The exercise apparatus facilitates effective strength training in addition to the development of flexibility, balance, coordination, and stability. This is a "must have" in everyone's training bag, or office drawer. See our disclaimer. Volleyball practice apparatus. Accordingly, it is an advantage of the present invention that an improved exercise apparatus is provided. Friendly Design: This is the newest and best way to deep stretch and get into difficult poses.

Exercise ball with stretchable straps

Exercise ball with stretchable straps

Exercise ball with stretchable straps

Exercise ball with stretchable straps. Related Items

A more complete understanding of the present invention may be derived by referring to the detailed description and claims when considered in connection with the Figures, wherein like reference numbers refer to similar items throughout the Figures, and:. Although FIG. Indeed, apparatus 10 is preferably configured to enable user 12 to conveniently perform a number of different exercise movements to train a variety of muscle groups. The shape, size, and other physical characteristics of apparatus.

Exercise apparatus 10 generally includes a ball 14, a resistance member 16, and a coupling assembly 17 for coupling resistance member 16 to ball Apparatus 10 is configured to allow user 12 to rest a portion of his or her body on ball 14 while pulling resistance member 16 in an elongation direction indicated by the arrow in FIG. Ball 14 is adapted to support user 12 while he or she performs exercises upon ball Ball 14 may be formed from a soft, strong, and durable material such as nylon, polyurethane, rubber, or the like.

In a preferred embodiment, ball 14 is hollow and may be inflated to a desirable gas or fluid pressure to lend a resilient property to ball Ball 14 is preferably spherical in an undeformed state although it may deform under the weight of user The spherical shape enables user 12 to manipulate his or her body comfortably upon ball 14 during kinetic "rolling" exercises while facilitating the development of balancing and stabilizing muscles during static exercises that may involve resistance training.

Resistance member 16 is configured to provide resistance in response to a force applied by user As shown in FIGS. Although not shown, resistance member 16 may alternatively include stirrups, collars, belts, or other furnishings for engaging various body parts during exercise. Such furnishings are suitably removable and interchangeable to facilitate different exercises. In the preferred embodiment, resistance member 16 is formed from a length of rubber or polyurethane tubing.

Alternatively, resistance member 16 may be formed from a spring element, a plurality of elastic bands, a sheet of elastic ribbon, or any suitable material for generating resistance.

The resistance of resistance member 16 may be selected according to several factors, such as the thickness of a resistance material or a particular composition of an elastomeric material.

In addition, exercise apparatus 10 may include a tension adjuster 22 see FIGS. Further, apparatus 10 is suitably compatible with more than one resistance member 16, either singly or in combination, to facilitate variations of resistances or exercises.

Coupling assembly 17 comprises any suitable mechanism for connecting resistance member 16 to ball For example, coupling assembly 17 suitably comprises a flexible strap assembly 18, which surrounds at least a portion of the outer surface of ball 14 to provide a substantially stationary coupling point for resistance member 16 relative to ball For example, as depicted in FIG. Flexible straps 24, 26 are preferably formed from nylon or canvas webbing, and may be configured to be elastic or inelastic.

In the embodiment shown in FIGS. Flexible straps 24, 26 are preferably perpendicular relative to one another and are coupled together using a suitable mechanism, such as heavy duty stitching. The perpendicular relationship between flexible straps 24, 26 enables flexible strap assembly 18 to effectively couple to ball 14 to thereby form a stable foundation for resistance member 16 during use.

The respective ends of flexible straps 24, 26 may include cooperating elements that function to affix the ends together. With reference to FIG. First end 28 includes a hook fastener element and second end 30 includes a corresponding loop fastener element.

Second flexible strap 26 may include a similar configuration. When installing flexible strap assembly 18 onto ball 14, first and second straps 24, 26 are wrapped around ball 14 and the respective first and second ends are suitably affixed together via the cooperating fastener elements. Of course, the present invention may utilize any alternative fasteners such as snaps, buttons, or zippers to affix the strap ends together. Flexible strap assembly 18 further includes a mechanism for attaching resistance member 16, such as a loop 32 configured to receive resistance member 16 see FIG.

In practice, loop 32 may be suitably sized to receive handles 20 or other furnishings such that resistance member 16 and handles 20 can be easily installed and removed as a unit without disassembly. Furthermore, loop 32 is preferably sized such that resistance member 16 is capable of substantially free translational movement within loop 32 as indicated by the arrow in FIG.

Translational movement of resistance member 16 is desirable to increase the versatility of exercise apparatus In the preferred embodiment, loop 32 is formed from a portion of one of flexible straps 24, The structure of loop 32 may be maintained by the stitching or other suitable coupling technique employed to attach flexible straps 24, 26 together. This arrangement is desirable from a manufacturing perspective and provides sufficient structural integrity to coupling assembly In an alternate embodiment not shown , first flexible strap 24 includes an opening formed therein and loop 32 extends through the opening.

As described above, the structure of loop 32 may be maintained by the stitching employed to attach flexible straps 24, 26 together. Loop 32 is preferably configured such that it maintains resistance member 16 proximate the outer surface of ball Such positioning reduces slippage of flexible strap assembly 18 when force is applied to resistance member 16 and inhibits excess movement of resistance member 16 relative to ball 14, particularly when resistance member 16 is not under tension.

In an alternate embodiment not shown , loop 32 may be a distinct component coupled to one of flexible straps 24, In addition, nothing requires that exercise apparatus 10 incorporate a coupling loop, i.

Although not shown, exercise apparatus 10 may alternatively incorporate two or more separate resistance members coupled to ball 14 in any number of locations. For example, coupling assembly 17 may be configured to include multiple connect points for one or more resistance members. Referring to FIGS. For example, the length of resistance member 16 can be shortened via tension adjuster 22 to increase the amount of pulling force required to elongate resistance member As shown in FIG.

Tension adjuster 22 includes two holes 36, each having a grommet 38 installed therein. Tension adjuster 22 may be formed from nylon webbing, polypropylene webbing, or similar materials, and grommets 38 may be formed from rubber, vinyl, steel, plastic, or the like.

The diameter of grommets 38 is preferably less than the width of elastomeric member 16 when unelongated. However, when resistance member 16 is stretched, its width reduces such that the position of tension adjuster 22 on resistance member 16 can be varied. In operation, the pulling direction imposed upon resistance member 16 indicated by the arrows in FIG.

The embodiment illustrated in FIG. Flexible net 40 is configured to substantially surround the outer surface of ball Alternatively, a flexible outer shell 41, 25 illustrated in FIG. A securing device 42 for resistance member 16 is coupled to flexible net Securing device 42 may be configured in any manner described above in connection with the preferred embodiment.

A recessed securing arrangement allows ball 14 to be freely manipulated by the user, e. As described above, securing device 46 may be practically realized in any suitable manner. However, such devices can be bulky, difficult to operate, or expensive to purchase, and users of such devices may be limited to only a small number of different exercises.

On the other hand, simple and inexpensive home gym devices may not be configured to perform a large number of different exercises.

In addition, conventional home gym equipment do not combine strength training with the additional benefits associated with Swiss ball exercises. Accordingly, it is an advantage of the present invention that an improved exercise apparatus is provided. Another advantage of the present invention is that the exercise apparatus incorporates an exercise ball that supports the weight of the user.

A further advantage of the present invention is that the exercise apparatus facilitates effective strength training in addition to the development of flexibility, balance, coordination, and stability. Another advantage is that the exercise apparatus can be utilized to perform a variety of exercise movements.

Another advantage of the present invention is that the exercise apparatus is relatively inexpensive and simple to use.

A further advantage is that a conventional exercise ball can be quickly and easily modified into an exercise apparatus according to the present invention. The above and other advantages of the present invention are carried out in one embodiment by an exercise apparatus having a resilient ball adapted to support a user performing exercises and a resistance member coupled to the ball.

The resistance member is configured to resist elongation in response to an applied pulling force. The exercise apparatus is configured to allow a user to rest a portion of his or her body on the ball while pulling the resistance member in an elongation direction.

A more complete understanding of the present invention may be derived by referring to the detailed description and claims when considered in connection with the Figures, wherein like reference numbers refer to similar items throughout the Figures, and:.

Although FIG. Indeed, apparatus 10 is preferably configured to enable user 12 to conveniently perform a number of different exercise movements to train a variety of muscle groups. The shape, size, and other physical characteristics of apparatus.

Exercise apparatus 10 generally includes a ball 14, a resistance member 16, and a coupling assembly 17 for coupling resistance member 16 to ball Apparatus 10 is configured to allow user 12 to rest a portion of his or her body on ball 14 while pulling resistance member 16 in an elongation direction indicated by the arrow in FIG.

Ball 14 is adapted to support user 12 while he or she performs exercises upon ball Ball 14 may be formed from a soft, strong, and durable material such as nylon, polyurethane, rubber, or the like.

In a preferred embodiment, ball 14 is hollow and may be inflated to a desirable gas or fluid pressure to lend a resilient property to ball Ball 14 is preferably spherical in an undeformed state although it may deform under the weight of user The spherical shape enables user 12 to manipulate his or her body comfortably upon ball 14 during kinetic "rolling" exercises while facilitating the development of balancing and stabilizing muscles during static exercises that may involve resistance training.

Resistance member 16 is configured to provide resistance in response to a force applied by user As shown in FIGS. Although not shown, resistance member 16 may alternatively include stirrups, collars, belts, or other furnishings for engaging various body parts during exercise. Such furnishings are suitably removable and interchangeable to facilitate different exercises. In the preferred embodiment, resistance member 16 is formed from a length of rubber or polyurethane tubing.

Alternatively, resistance member 16 may be formed from a spring element, a plurality of elastic bands, a sheet of elastic ribbon, or any suitable material for generating resistance.

The resistance of resistance member 16 may be selected according to several factors, such as the thickness of a resistance material or a particular composition of an elastomeric material.

In addition, exercise apparatus 10 may include a tension adjuster 22 see FIGS. Further, apparatus 10 is suitably compatible with more than one resistance member 16, either singly or in combination, to facilitate variations of resistances or exercises.

Coupling assembly 17 comprises any suitable mechanism for connecting resistance member 16 to ball For example, coupling assembly 17 suitably comprises a flexible strap assembly 18, which surrounds at least a portion of the outer surface of ball 14 to provide a substantially stationary coupling point for resistance member 16 relative to ball For example, as depicted in FIG.

Flexible straps 24, 26 are preferably formed from nylon or canvas webbing, and may be configured to be elastic or inelastic. In the embodiment shown in FIGS. Flexible straps 24, 26 are preferably perpendicular relative to one another and are coupled together using a suitable mechanism, such as heavy duty stitching.

The perpendicular relationship between flexible straps 24, 26 enables flexible strap assembly 18 to effectively couple to ball 14 to thereby form a stable foundation for resistance member 16 during use.

The respective ends of flexible straps 24, 26 may include cooperating elements that function to affix the ends together.

With reference to FIG. First end 28 includes a hook fastener element and second end 30 includes a corresponding loop fastener element. Second flexible strap 26 may include a similar configuration. When installing flexible strap assembly 18 onto ball 14, first and second straps 24, 26 are wrapped around ball 14 and the respective first and second ends are suitably affixed together via the cooperating fastener elements.

Of course, the present invention may utilize any alternative fasteners such as snaps, buttons, or zippers to affix the strap ends together. Flexible strap assembly 18 further includes a mechanism for attaching resistance member 16, such as a loop 32 configured to receive resistance member 16 see FIG.

In practice, loop 32 may be suitably sized to receive handles 20 or other furnishings such that resistance member 16 and handles 20 can be easily installed and removed as a unit without disassembly. Furthermore, loop 32 is preferably sized such that resistance member 16 is capable of substantially free translational movement within loop 32 as indicated by the arrow in FIG.

Translational movement of resistance member 16 is desirable to increase the versatility of exercise apparatus In the preferred embodiment, loop 32 is formed from a portion of one of flexible straps 24, The structure of loop 32 may be maintained by the stitching or other suitable coupling technique employed to attach flexible straps 24, 26 together.

This arrangement is desirable from a manufacturing perspective and provides sufficient structural integrity to coupling assembly In an alternate embodiment not shown , first flexible strap 24 includes an opening formed therein and loop 32 extends through the opening.

As described above, the structure of loop 32 may be maintained by the stitching employed to attach flexible straps 24, 26 together. Loop 32 is preferably configured such that it maintains resistance member 16 proximate the outer surface of ball Such positioning reduces slippage of flexible strap assembly 18 when force is applied to resistance member 16 and inhibits excess movement of resistance member 16 relative to ball 14, particularly when resistance member 16 is not under tension.

In an alternate embodiment not shown , loop 32 may be a distinct component coupled to one of flexible straps 24, In addition, nothing requires that exercise apparatus 10 incorporate a coupling loop, i. Although not shown, exercise apparatus 10 may alternatively incorporate two or more separate resistance members coupled to ball 14 in any number of locations.

For example, coupling assembly 17 may be configured to include multiple connect points for one or more resistance members. Referring to FIGS. For example, the length of resistance member 16 can be shortened via tension adjuster 22 to increase the amount of pulling force required to elongate resistance member As shown in FIG.

Tension adjuster 22 includes two holes 36, each having a grommet 38 installed therein. Tension adjuster 22 may be formed from nylon webbing, polypropylene webbing, or similar materials, and grommets 38 may be formed from rubber, vinyl, steel, plastic, or the like. The diameter of grommets 38 is preferably less than the width of elastomeric member 16 when unelongated.

However, when resistance member 16 is stretched, its width reduces such that the position of tension adjuster 22 on resistance member 16 can be varied. In operation, the pulling direction imposed upon resistance member 16 indicated by the arrows in FIG. The embodiment illustrated in FIG. Flexible net 40 is configured to substantially surround the outer surface of ball Alternatively, a flexible outer shell 41, 25 illustrated in FIG.

A securing device 42 for resistance member 16 is coupled to flexible net Securing device 42 may be configured in any manner described above in connection with the preferred embodiment.

Exercise Ball Stretches for Balance and Stability

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Sometime you have to buy different resistance bans to exercise, because the general resistance bands set cannot fit your needs.

But our bands can fit your needs, you can get a different effect on a resistance band, you just fold the band in half, and the resistance will double. Excellent for strength training, physical therapy, rehabilitation, Pilates, and stretching.

Add them to any strength routine to challenge your muscles, or use to assist in stretching for increased flexibility and range of motion. Would you like to tell us about a lower price?

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TheraBand Resistance Bands Set 4. Is this feature helpful? Yes No. Thank you for your feedback. Loading recommendations for you. Recommendations for you. Adding to Cart Added to Cart. Not Added. Item is in your Cart. View Cart Proceed to checkout. Sorry, we're having trouble showing recommendations right now. Please try again later. Free business-day shipping within the U.

Prices may vary for AK and HI. In Stock. Add to Cart. Osa Exercise Band, Long R Add gift options. Image Unavailable Image not available for Color:. Amazon's Choice recommends highly rated, well-priced products available to ship immediately. You can get a different effect on a resistance band, fold them over for more tension, tie a knot for a loop band or take a couple wraps around your hands for a secure grip.

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Customer images. See all customer images. Read reviews that mention muscles stretching arms exercises leg strength resistance. Top Reviews Most recent Top Reviews. There was a problem filtering reviews right now. Verified Purchase. These are great for working out or building Strength in your arms legs or other parts of your body. We used to use and relays for kids. Everyone needs to stretch! These are one of the best I have used.

Great for traveling. Helps my upper body stay toned. Great Products. Like this a lot,,,. Perfect gift. Mom loved them!. The product performs as expected. There are 65 customer reviews and 67 customer ratings. See all 65 customer reviews. What other items do customers buy after viewing this item? Pages with related products. There's a problem loading this menu right now.

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Exercise ball with stretchable straps