Patent Application
20200078652
Not Applicable.
This invention relates generally to a fixed flexible multi-use striking training device, and more particularly, but not by way of limitation, to a punching bag that has a flexible support running vertically therethrough that is mounted at the floor and ceiling.
The hanging heavy punching bag, which typically hangs from the ceiling, a ceiling joist, or other elevated structure, is one of the earliest forms of punching bag training devices. Hanging heavy bags offer many advantages but suffer from a major disadvantage: they swing when struck.
Based on the foregoing, it is desirable to provide a mounted punching bag that has some give, but snaps back into place so that the user does not have to contend with the swinging and momentum of a hanging bag.
In general, in a first aspect, the invention relates to a training device comprising an elongate structure capable of being mounted at an upper end to an upper structure and at a lower end to a lower structure and a punching bag mounted to the elongate structure. The elongate structure may be flexible such that it is capable of deformation followed by a quick return to an original position when the punching bag is struck.
The elongate structure may be a flexible rod. The upper structure may be a ceiling, and the lower structure may be a floor. The training device may further comprise an upper mount connected to the upper end of the elongate structure and a lower mount connected to the lower end of the lower structure.
The punching bag may be height adjustable. In other words, the punching bag may be removably mounted to the elongate structure such that the punching bag may be repositioned vertically along the elongate structure.
The training device may further comprise a stem, where the punching bag mounts to the elongate structure via the stem. The stem may be receivable in an inner cylinder of the punching bag and the elongate structure may be receivable in an inner tube in the stem. The punching bag, the stem, and the elongate structure may be coaxial. The inner cylinder of the punching bag may have a diameter greater than a diameter of the stem, such that the punching bag is capable of freely moving vertically along the stem. The punching bag and the stem may each comprise a cover filled with padding.
The training device may further comprise a collar, where the collar is removably mountable to the stem and where the collar has a diameter greater than a diameter of the inner cylinder of the punching bag such that the punching bag is capable of resting atop the collar and the collar is capable of preventing the punching bag from falling below a desired height. The collar may be repositionable on the stem. In particular, the collar may attach to the stem via hook and loop material. The collar may comprise a cover filled with padding.
Other advantages and features will be apparent from the following description and from the claims.
The devices and methods discussed herein are merely illustrative of specific manners in which to make and use this invention and are not to be interpreted as limiting in scope.
While the devices and methods have been described with a certain degree of particularity, it is to be noted that many modifications may be made in the details of the construction and the arrangement of the devices and components without departing from the spirit and scope of this disclosure. It is understood that the devices and methods are not limited to the embodiments set forth herein for purposes of exemplification.
In general, in a first aspect, the invention relates to exercising devices, and has among its objects and advantages the provision of an improved punching bag.
The object of the invention is to provide a punching bag characterized by a quick recovery after being struck. The bag may be shaped to simulate the head and body of an opponent, as shown in the drawings. Alternately, the bag could be a cylinder shape, a torso shape, a ball shape, or any other shape that is appropriate for striking bags. The bag may embody a structure operating to minimize the force of recoil and as such may lend itself to rehabilitation of injuries such as shoulder, elbow, or wrist injuries.
As shown in
The bag 1 may comprise a cover 10, which may be made of leather, synthetic material, or any other desired material, and may be filled with padding 11, such as foam or other suitable resilient material. The bag 1 may have an inner cylinder 12 extending vertically therethrough, from the top of the head part 8 to the bottom of the body part 2, or other wise from the top to the bottom of the bag 1 if the bag 1 does not have a head part 8 and a body part 2. The inner cylinder 12 may be hollow with an open top and an open bottom, providing an open column running vertically through the bag 1.
A stem 3 may be mounted on the flexible rod 4, with the stem 3 located between the bag 1 and the rod 4. The stem 3 may extend vertically through the inner cylinder 12, as well as extending above and below the bag 1 along the rod 4, as shown. The inner cylinder 12 and the stem 3 may be sized such that the bag 1 may freely slide upward and downward on the stem 3 and/or may freely spin on the stem 3; alternately, the inner cylinder 12 and the stem 3 may be sized such that the bag 1 may not freely slide or spin on the stem 3. For example, the outer diameter of the stem 3 may be greater than the inner diameter of the inner cylinder 12, requiring compression of the stem 3 for placement within the inner cylinder 12 and allowing the bag 1 to resist movement on the stem 3.
The stem 3 may likewise comprise a cover 10, which may be made of leather, synthetic material, or any other desired material, and may be filled with padding 11, such as foam or other suitable resilient material. A tube 7 may extend vertically through the center of the stem 3. The rod 4 may extend vertically through the tube 7, as well as extending above and below the stem 3 to the floor and ceiling mounts 5, as shown. The tube 7 may be semi-rigid, and the bendable nature of the tube 7 may permit bending of the stem 3 and bag 1. The tube 7 and the rod 4 may be sized such that the stem 3 may freely slide upward and downward on the rod 4 and/or may freely spin on the rod 4; alternately, the tube 7 and the rod 4 may be sized such that the stem 3 may not freely slide or spin on the rod 4.
When the device is struck, the bag 1 may move away from the strike. The semi-rigid tube 7 and the rod 4 may perform an important function in breaking the force of the recoiling bag 1. When the bag 1 is struck during a rapid recovery movement, the bending action may bend to break the force of the impact, which might otherwise injure the user.
Normally, the flexible rod structure 4 may support the bag 1 in the vertical position, as shown in
A collar 6 may be used to adjust the height of the bag 1 on the stem 3. The collar 6 may wrap around and attach to the stem 3 in a tight manner and may be fastened securely. The collar 6 may likewise comprise a cover 10, which may be made of leather, synthetic material, or any other desired material, and may be filled with padding 11, such as foam or other suitable resilient material. Thus, if the collar 6 is struck, it may not cause injury to the user. The collar 6 may have a toroid shape, or any other desired shape.
The collar 6 may be repositionable to place the bag 1 at a desired height on the stem 3. For example, the stem 3 may have one or more strips of loop material around its outer surface, and the collar 6 may have hook material on its inner surface. Thus, the collar 6 may be secured to the stem 3 by wrapping the collar 6 around the stem 3 at the location of the loop material, securing the hook material of the collar 6 to the loop material of the stem 3. Alternately, any other desired connection device or method may be used to secure the collar 6 to the stem 3.
The bag 1, stem 3, and collar 6 may be padded to a degree of firmness simulating the body of an adversary. The bag 1, stem 3, collar 6, or any combination thereof may not have any other structures within the cover 10 other than the padding 11. In other words, the bag 1, stem 3, collar 6, or any combination thereof may not have any hard or rigid structures therein, with the exception of the semi-rigid tube 7 in the stem 3.
The bag 1, stem 3, and rod 4 may be coaxial, as may be the collar 6.
Whereas, the devices and methods have been described in relation to the drawings and claims, it should be understood that other and further modifications, apart from those shown or suggested herein, may be made within the spirit and scope of this invention.
