TECHNICAL FIELDExemplary embodiments of the present invention are directed to exercise equipment. More particularly, exemplary embodiments of the present invention relate to a vertical exercise device for use in performing bodyweight exercises.
BACKGROUND OF THE INVENTIVE FIELDThe use of body weight exercises has been recognized as a very effective method of developing strength and fitness. Bodyweight exercises that are typically used in exercise routines include push-ups, decline and incline push-ups, dips and assisted dips, chin-ups and assisted chin-ups, leg squats, and various other exercises and variations thereof.
While it is possible to perform all of the above exercises using a variety of equipment found in a gymnasium or at home, the prior art fails to identify a piece of equipment on which a person may perform all of the above mentioned exercises safely and efficiently. Moreover, requiring several pieces of equipment represents a significant monetary investment making it prohibitive for home exercise. In a gym setting, the need of a single user to use several pieces of equipment possesses several problems such as inconvenience to others waiting on a particular piece of equipment to become available and space requirements for all of the various exercise equipment. Consequently, there is a need for a single exercise device that allows a user to safely and efficiently perform a wide range of bodyweight exercises.
SUMMARY OF THE GENERAL INVENTIVE CONCEPTAn exemplary weightlifting device according the inventive concept includes a foundation. The foundation includes base bars, a cross-member, and a pair of braces. Support bars extend vertically from each base bar and provide the frame for the weightlifting device. The cross-member spans the space between the support bars and maintains proper separation between the support bars. The braces run from the base bars to the support member and may be used in exercises such as inclined push-ups and other exercises.
Hinged arms extend substantially horizontally from the support bars. The hinged arms are hingedly connected to the support bars and may be folded up against the support bars to move them out of the workout envelope when not in use. When fully extended, the hinged bars are substantially horizontal and allow a user to perform exercises such as dips and knee raises.
The top portion of the support bars is bent at an approximately 90 degree angle. Suspended from this top portion are abdominal straps. The abdominal straps are attached to the top portion of the support bars by a multi-position support. The multi-position support allows the abdominal straps to be adjusted horizontally to accommodate different exercises and users. A crossbar is also provided on the top portion of the support bars. The crossbar may be used as a chin-up or pull-up bar.
A novel feature found on exemplary embodiments of the weightlifting device according to the inventive concept, is the cage that extends from the support bars. The cage has a first bar and a second bar. The first bar is attached to the support bars and extends outward from the opposite side of the support bars as the hinged arms. The second bar is attached to and extends downward from the first bar. Both the first and second bars are semi-circular. The cage is designed to hold an exercise ball. The exercise ball may be easily removed for various exercises to be used alone or in conjunction with the exemplary weightlifting device. While the exercise ball is in the cage the ball acts as a back pad. Thus, the exercise ball residing in the cage supports and protects the user during exercises. In other exemplary embodiments the cage may be nylon webbing attached to the support bars. In still other exemplary embodiments the cage may be other configurations of metal bars or straps arranged to hold an exercise ball.
attachment devices may also be located on the exemplary weightlifting device. The attachment devices provide an attachment point for resistance bands. The attachment devices are positioned to provide a variety of possible exercises including squats, assisted chin-ups, pectoral flys, front rows, and a plethora of additional exercises. One of ordinary skill in the art would understand that the attachment devices may be hooks, loops, slots, or other features allowing for the attachment of the resistance bands.
BRIEF DESCRIPTION OF THE DRAWINGSIn addition to the features mentioned above, other aspects of the present invention will be readily apparent from the following descriptions of the drawings and exemplary embodiments, wherein like reference numerals across the several views refer to identical or equivalent features, and wherein:
FIG. 1 is a top perspective view of the vertical exercise device according to the inventive concept;
FIG. 2 is a front view of the vertical exercise device according to the inventive concept;
FIG. 3 is a side view of the vertical exercise device according to the inventive concept with exemplary arms in an extended configuration; and
FIG. 4 is a side view of the vertical exercise device according to the inventive concept with exemplary arms in a folded configuration.
DETAILED DESCRIPTION OF EXEMPLARY EMBODIMENT(S)An exemplary embodiment of a vertical exercise device (device)5 or power tower according to the inventive concept is illustrated inFIGS. 1-4. As shown, thedevice5 includes afoundation10 having a pair ofsupport bars15 extending vertically therefrom, a pair of hingedarms20 extending from thesupport bars15,crossbar25 fixed to the upper portion of thesupport bars15, and acage30 for supporting an exercise ball attached to the rear of thesupport bars15.
Thefoundation10 has abase bars35 having elongated bodies and arranged parallel to a support surface. In theexemplary device5, thebase bars35 have converging axes wherein the distance between thebase bars35 is greater in the front workout area than in the rear of thedevice5. Asupport bar15 extends vertically from eachbase bar35. Thesupport bars15 may be mechanically fastened to thebase bars35. In other exemplary embodiments, thesupport bars15 may be welded or permanently affixed to thebase bars35.
Across-member40 is provided between thesupport bars15. Thecross-member40 separates thesupport bars15 and maintains theproper support bar15 spacing. Abrace45 extends from eachsupport bar15 and terminates on thebase bars35. As with other pieces of thedevice5, thebraces45 may be removably or permanently affixed thereto.
As stated above, a pair of hingedarms20 extends from about the midpoint of thesupport bars15. In other exemplary embodiments, the hingedarms20 may extend from any point along thesupport bars15. The hingedarms20 are connected to thesupport bars15 by U-shapedbrackets50. The U-shapedbracket50 extends from and is affixed to asupport bar15. The hingedarm20 is adapted for complementary engagement with theU-shaped bracket50; allowing for a hinged type connection. In other exemplary embodiments a pin may be used to connect thehinged arm20 to the U-shapedbracket50. The hinged connection allows the hingedarms20 to fold up against thesupport bars15 in order to remove the hingedarms20 from the workout envelope. The hinged connection is also limited to only allow the hingedarms20 to extend substantially parallel to the support surface. This allows the hingedarms20 to be used for exercises such as dips and knee raises.
As shown inFIGS. 1-4, acage30 extends from the support bars15 in the opposing direction as the hingedarms20. Thecage30 includes afirst bar55 and asecond bar60. Thefirst bar55 is semi-circular and is attached to eachsupport bar15. Thesecond bar60 is attached to and extends downward from thefirst bar55. Together the first andsecond bars55,60 are adapted to hold anexercise ball65 as shown inFIG. 3. Theexercise ball65 held by thecage30 may act as a back support for users when performing knee raises, pull-ups or other exercises. This ability to provide back support to a user increases the effectiveness of the exercise and helps a user maintain form during the exercise. In other exemplary embodiments thecage30 may be nylon webbing attached to the support bars15. In still other exemplary embodiments thecage30 may be other configurations of metal bars or straps arranged to hold anexercise ball65.
Thetop portions70 of the support bars15 are bent in the direction of the hingedarms20. This bend allows additional exercise features to be placed on thetop portions70 of the support bars15. In other exemplary embodiments, thetop portions70 of the support bars15 are bent at an angle between about 30 to 90 degrees. Amulti-position support75 is affixed to eachtop portion70. Themulti-position support75 is an attachment point forabdominal straps80 or other exercise features. Themulti-position support75 provides several attachment points for theabdominal straps80 in order to accommodate a variety of exercises and users. One of ordinary skill in the art should understand thatmulti-position support75 may be a slot, nylon webbing straps, other attachment mechanism. The combination of theabdominal straps80 and theexercise ball65 held in thecage30 replace traditional vertical keen raise arms mounted on traditional power towers.
Acrossbar25 is also affixed to thetop portion70 of the support bars15. As with the cross-member40, thecrossbar25 maintains thesupport bar15 separation. Thecrossbar25 also serves as a chin-up and pull-up bar. Although shown having an angled body, thecrossbar25 may also be straight. In addition, one of ordinary skill in the art would appreciate that a variety of methods may be used to attach thecrossbar25 to thetop portions70 of the support bars15.
Thedevice5 also hasattachment devices85 strategically positioned on thecrossbar25, the support bars15, and thebraces45. Theattachment devices85 provide attachment points for bungee cords or elastic bands. Theattachment devices85 may be hooks, loops, slots, or other features designed to retain at least one end of a resistance band. The cords and bands may be used to perform resistance training with thedevice5. In addition, the cords and bands may be positioned to allow the user to perform assisted pull-ups, chin-ups, or dips.Grips90 are also provided on thebraces45, the cross-member40, the hingedarms20, and thecrossbar25. The grips provide additional safety to a user when performing bodyweight exercises.
While certain embodiments of the present invention are described in detail above, the scope of the invention is not to be considered limited by such disclosure, and modifications are possible without departing from the spirit of the invention as evidenced by the following claims: