Portable And Adjustably Weighted Containers of Liquid For Fitness training

Abstract

The inventive concept presented is a fitness training system featuring a plurality of different-sized containers having a detachable, water-tight sealer, by which each container may be filled with a determinable quantity of a liquid, constituting a specific volume. The volume of the inserted liquid equates to a weight in pounds, facilitating the use of each container for exercise and fitness training. In the preferred embodiment, the liquid utilized is ordinary tap water. In this manner, a user may choose from a selection of variously-dimensioned containers, and proceed to fill an appropriate volume of water for creating the desired weight of one or more containers. By use of a handle grip and a stabilizer grip attached to the exterior surface of each container, the user exercises and strengthens a particular muscle or grouping of muscles, including the associated stabilizer muscles.

Claims

1. A set of variably-sized, flexible containers which are individually filled with, and emptied of, a liquid through a closeable aperture, the interior of each container having dimensions accommodating a specific volume of the liquid, the volume of liquid being equivalent to a certain weight in pounds.

2. The set of variably-sized, flexible containers of claim 1, further comprising at least one elastic water hose & nozzle.

3. The set of variably-sized, flexible containers of claim 1, further comprising an attachable flowmeter device equipped having a mechanism or meter for the scalar conversion of liquid flow into an equivalent weight of the liquid.

4. The set of variably-sized, flexible containers of claim 1, further comprising a rigid bar having connectors at each end, said connectors compatible with corresponding connectors located on a specific side of each of two identical containers.

5. The set of variably-sized, flexible containers of claim 1, wherein the sides of each container are constructed with inner and outer surfaces of an elastic quality enabling the inward compression of the entirety of each side of the container when it is empty of the liquid.

6. At least one container of liquid, the at least one container used for the purpose of lifting and maneuvering the container so as to strengthen and exercise any one of a selected primary muscle of the human anatomy, while simultaneously strengthening and exercising the stabilizer muscle or muscles associated with the said primary muscle, comprising: a) a closeable aperture; b) a means for securely closing the aperture; c) internal dimensions which, when the container is filled with the liquid, the volume of the liquid equates to a specific whole number of pounds; d) a flexible material forming the outer and inner surfaces allowing the container, when emptied, to be compressed to a smaller shape; e) a first fixed strap and a second fixed strap, both of said straps bonded, in a parallel orientation, to approximately three-fourths of the exterior perimeter of the container; f) the female connector of a male-female fastening mechanism attached to each end of the first fixed strap and an identical female connector attached to each end of the second fixed strap; g) a first free strap and a second free strap; h) a male connector corresponding to the female connector of the aforesaid fastening mechanism being attached to each end of the first free strap; i) a male connector corresponding to the female connector of the aforesaid fastening mechanism being attached to each end of the second free strap; j) a handle grip; and k) a handle stabilizer.

7. The set of variably-sized, flexible containers of claim 6, further comprising at least one elastic water hose & nozzle.

8. The set of variably-sized, flexible containers of claim 6, further comprising an attachable flowmeter device equipped having a mechanism or meter for the scalar conversion of liquid flow into an equivalent weight of the liquid.

9. The set of variably-sized, flexible containers of claim 6, further comprising a rigid bar having connectors at each end, said connectors compatible with corresponding connectors located on a specific side of each of two identical containers.

10. The set of variably-sized, flexible containers of claim 6, wherein the sides of each container are constructed with inner and outer surfaces of an elastic quality enabling the inward compression of the entirety of each side of the container when it is empty of the liquid.

11. A method for utilization of portable, conveniently storable weight containers for strengthening and exercising a person's muscles while simultaneously exercising and strengthening the person's stabilizer muscles, the method comprising: a) providing at least one container having inner and outer surfaces which are flexible and compressible; b) providing a closeable aperture through which water is inserted into the container, the volume of water equating to a specific weight in pounds; c) providing a first fixed strap and a second fixed strap, both of said straps bonded, in a parallel orientation, to approximately three-fourths of the exterior perimeter of the container; d) providing the female connector of a male-female fastening mechanism for attachment to each end of the first fixed strap and an identical female connector for attachment to each end of the second fixed strap; e) providing a first free strap and a second free strap, wherein a male connector corresponding to the female connector of the aforesaid fastening mechanism is attached to each end of both the first free strap and the second free strap; and f) providing both a handle grip and a handle stabilizer by which the container is hoisted and maneuvered; and g) opening the aperture, emptying the water content of the container, and compressing the container into a smaller configuration.

12. The method of claim 11, wherein the method further comprises providing at least one elastic water hose & nozzle.

13. The method of claim 11, further providing an attachable flowmeter device equipped with a mechanism or meter for the accurate conversion of water flow into an equivalent weight of water.

14. The method of claim 11, further comprising the providing of a rigid bar having connectors at each end, said connectors compatible with corresponding receptive connectors located on a specific side of each of two identical containers.

15. The method of claim 11, further providing for container being constructed with inner and outer surfaces of an elastic quality enabling the inward compression of the entirety of each side of the container when it is empty of the liquid.

Description

BRIEF DESCRIPTION OF THE VIEWS OF DRAWINGS AS EXEMPLARY EMBODIMENTS OF THE INVENTIVE CONCEPT

[0015] FIG. 1 illustrates the first container 6 resting on its bottom surface 18; the first container 6 being shown in its full state, with its maximum quantity of water 2.

[0016] FIG. 2 shows the first container 6 with the first sealing cap 20 removed, further showing the exterior threads 27 on the rim 26 of the first container 6.

[0017] FIG. 3 depicts the first (or second) sealing cap 20, 21.

[0018] FIG. 4 presents the second side 33 of the first (or second) container 6, 7 with the sealing cap 21, 21, having been screwed into place on the container 6, 7.

[0019] FIG. 5 illustrates the outer cover 18 and inner cover 19 of the pad 17, by which a user grasps to move and maneuver any of the containers 6-10.

[0020] FIG. 6 is a representation of the preferred embodiment of a fastener, comprising a female connector 15, a male connector 16, and integral prongs 37.

[0021] FIG. 7 shows the embodiment of a third (or fourth) container 8/9 loaded with a full quantity of water, showing both the first fixed strap 11 and its second fixed strap 12, and further, the sealing cap 22, 23 having been fastened in place.

[0022] FIG. 8 presents a view of a third (or fourth) container 8/9 after it has been emptied of its fluid content, and further showing the interior 30 of the container 8/9 and its detached sealing cap 22, 23.

[0023] FIG. 9 demonstrates an empty third (or fourth) container 8/9, having been compressed into a compact configuration for storage and/or transportation.

TABLE-US-00001 Table of Nomenclature & Part Numbers of Invention 1. Liquid Weight Training System 2. Water 3.-5. n/a 6. First container 7. Second container 8. Third container 9. Fourth container 10. Fifth container 11. First fixed strap 12. Second fixed strap 13. First free strap 14. Second free strap 15. Female connector 16. Male connector 17. Pad 18. Outer cover 19. Inner cover 20. First sealing cap 21. Second sealing cap 22-24. n/a 25. Aperture 26. Rim 27. Threads 28. Opening 29. Container top surface 30. Container interior 31. Container bottom surface 32. First side 33. Second side 34. Third side 35. Handle grip 36. Handle stabilizer 37. Prong

DETAILED DESCRIPTION OF THE INVENTION

[0024] The LWTS 1 is a revolutionary concept having specific advantages, the primary objective being a method of enhancing the health and fitness of a user. Practically all free-weight training systems require a certain amount of floor space, stationary support mechanisms, rigid weights, and usually are limited in the manner in which the amount of weight used on a particular exercise device may be adjusted. Another objective is to provide effective training and strengthening of a person's stabilizer muscles.

[0025] This rigidness and inflexibility of most free-weight training systems have forced many fitness enthusiasts to compromise their workout consistency. However, consistency in weight training is a key factor of substantial and sustained development.

[0026] Another object of the LWTS 1 system is to provide an inherently simple method of packing the weight containers 6-10 for transportation and, as necessary, relatively easy storage. While many types of fitness equipment are suitable for working various muscle groups, LWTS 1 is a free-weight system that features one, or a plurality of, closeable containers, any of which a user fills with water 2 from any nearby water source. Therefore, a workout using the LWTS 1 system, may be accomplished almost anywhere the user travels and finds standing room to work out.

[0027] Typical locations would include a residence, the rear of a truck or cargo vehicle, a hotel room, or various types of commercial buildings. A user need only unpack one or more specific collapsed containers 6-10, un-do a secure seal to the opening of the container, then fill with the appropriate amount of water 2, the volume of water 2 corresponding to an amount of weight (10, 20, 30, 40, or higher amounts of pounds). The user then replaces the seal mechanism to close the corresponding opening of each weight container that he/she intends to use, and begins the workout.

[0028] The objects, features, and advantages of the inventive concept presented in this application are more readily understood when referring to the accompanying drawings. The drawings, totaling nine figures, show the basic components, and functions of embodiments and/or methods of use. In the several figures, like reference numbers are used in each figure to correspond to the same component as may be depicted in other figures.

[0029] The discussion of the present inventive concept will be initiated with FIG. 1, which illustrates an exemplary embodiment of a first container 6, which, for illustrative purposes only, exemplifies the largest-dimensioned of a collection of a plurality of differently sized containers 6 through 10. For illustrative purposes only, five differently-sized containers will be discussed. FIG. 1 illustrates the first container 6 resting on its bottom surface 18. The first container 6 is shown in the full state, having been filled with its maximum quantity of water 2. The first side 32 of the container is shown, typical of one of four sides of a rectangular cuboid, which is the preferred shape embodiment of each container 6-10. The first, second, and third sides, 32, 33, 34 along with a fourth side, if any, of all containers 6-10 must be of flexible elastic material which is easily inwardly compressible when the container 6-10 is empty. Further, all containers 6-10 must be of a waterproof material.

[0030] As an example of the weight bearing capacity of any of the containers 6-10, a reasonable maximum weight of water 2 to load into the first container 6 may be 60 pounds, which is equivalent to 7.202 gallons of water 2. This figure is arrived at, based on the density of room temperature water 2 being 8.33 pounds per gallon. Thus, the applicable formula is w=8.33(g), where w equals the weight of water and g is the volume, in gallons. There is not necessarily a restricted fixed weight or individual weight(s) that any container 6-10 may be limited to. Water, as the preferred liquid, is placed into the container, preferably by means of a common water hose having a nozzle connected to a spigot, and the opposite end of the hose being placed into the aperture 25 (shown in FIG. 2) of the container.

[0031] As an illustrative notation, the next smaller-dimensioned container, entitled, a second container 7 may be fabricated so as to hold an amount of water 2, in gallons, equivalent to 50 pounds. The structure and components of the second container 7 are also exemplified by FIG. 1, and for illustrative purposes only, shown as a rectangular polyhedral. The first and second containers 6, 7, may be of any geometric shape necessary to ensure comfort and ease of use during a desired fitness workout.

[0032] Correspondingly, a third container 8 may be sized and structured, for exemplary purposes only, to contain a volume of water 2 equivalent to 35 pounds; a fourth container 9 may be structured to contain a volume of water equivalent to 25 pounds, while an embodiment of a fifth container 10 may be fabricated to contain 10 pounds of water when filled to capacity.

[0033] Further depicted in FIG. 1 is the top surface 29 of the first (or second) container 6, 7, a first side 32, a first fixed strap 11, a second fixed strap 12, a handle grip 35, pad 17, and a handle stabilizer 36. Further shown is the first sealing cap 20, useable with the first container 6, and is also equivalent, in size and structure, to a second sealing cap 21 (for distinguishing purposes only) which is utilized with the second container 7. All embodiments of the sealing cap 20, 21 are constructed so as to be leak proof when engaged with the aperture 25 of any container 6-10.

[0034] Straps and adjustable fastening mechanisms are used in conjunction with each container 6-10. The preferred embodiment of the adjustable fastening mechanism used on every size container 6-10 comprises a female connector 15 and a male connector 16, the male connector 16 having prongs 37 which are insertable into corresponding openings within the female connector 15. Other types and constructions of adjustable fastening mechanisms are also useable with the LWTS 1.

[0035] The preferred embodiment of the straps used in conjunction with the above-described adjustable fastening mechanisms comprises a first fixed strap 11 and a second fixed strap 12. The first and second fixed straps 11, 12 are symmetrically and permanently bonded, to the outer surface of the particular container 6-10 upon which it is used. The bonded segment of each first and second fixed strap 11, 12, have, at each end, the female connector 15 attached thereto.

[0036] In FIG. 1, it is depicted that the first fixed strap 11 and the second fixed strap 12 are permanently bonded to three of the exterior sides of the container 6, 7. The first fixed strap 11 extends around the perimeter of its particular container 6-10, and both ends of the first fixed strap 11 terminate in a female connector 15. Likewise, the second fixed strap 12 of the same container 6-10 continues, bonded around the perimeter and transitions, at both ends, into an end having a female connector 15 affixed thereto.

[0037] Each end of two first and second free straps 13, 14 manifests a male connector 16 attached thereto. With this arrangement, the female and male adjustable fasteners 15, 16 are utilized to securely join the first fixed strap 11 with the continuation of its first free strap 13, and likewise, join the second fixed strap 12 with its second free strap 14. The fastening mechanisms, consisting of the female connector 15 and corresponding male connector 16, are joined together in close proximity to the third side 34 of each of the containers 6-10. This configuration renders the third side 34 the useable as the location where the pad 17 forming the handle stabilizer 36 and also the handle grip 35 are arranged. This placement provides some degree of container contact, balancing, and leverage against the third side 34 by the hands and gripping actions of a user.

[0038] Thus, the two adjustable fasteners 15, 16, allow a user to fasten the identical combinations of the first fixed strap 11 hooked to its first free strap 13, along with the second fixed strap 12 hooked to its second free strap 14. A pad 17, having a separable outer surface 18 and an inner surface 19 (as shown in FIG. 5) may be utilized for placement of either, or both, the first free strap 13 and/or the second free strap 14, into the opening formed by the outer surface 18 and the inner surface 19 of the pad 17.

[0039] When the pad 17 is used in conjunction with either the first free strap 13 and/or the second free strap 14 this combination functions in the capacity of a stabilizer handle 36. The stabilizer handle 36 thereby provides a cushioning protection for the hand of a user grasping it. If a user options to perform workouts without the cushioning of the pad 17, the user grasps the first free strap 13 and/or the second free strap 14 merely in the function of a handle grip 35.

[0040] As stated earlier, the female and male adjustable fasteners 15, 16 are utilized to securely join the first fixed straps 11, 12 with their corresponding first free strap 13 and second free strap 14. This enables the adjustment of the tension or clearance of either the handle grip 35, and/or handle stabilizer 36 respectively, before or during a strength workout.

[0041] In viewing FIG. 2, there is illustrated a view of the first side 32 of the first/second container 6, 7, having the first sealing cap 20 (shown in FIG. 3) removed. FIG. 2 further shows the rim 26, leading to an aperture 25, or mouth of the first/second container 6, 7. Additionally, in the embodiment shown in FIG. 2, the rim 26 is exteriorly threaded 27 so as to be compatible with female threading on the interior perimeter of the first sealing cap 20. The second sealing cap 21 is constructed in an identical manner as the first sealing cap 20. All sealing caps 20, 21, are constructed so as to form a watertight seal when joined to the respective rim 26 of any container.

[0042] FIG. 2 depicts the first free strap 13 and second fixed strap 14 both loosely inserted into portions of the male fastener 16, which are pending connection to female fasteners 15. It should be noted that a pad 17 is used in conjunction with the first free strap 13, thereby providing the function of a stabilizer handle 36.

[0043] FIG. 3 shows a standalone view of a detached first sealing cap 20 or a second sealing cap 21, both having identical construction and dimensions.

[0044] FIG. 4 illustrates a typical embodiment of either a first container 6 or a second container 7, showing the sealing cap 20, 21 having been secured to the aperture 25 (shown in FIG. 2) at the top surface 29 of the first or second container 6, 7. The first/second, container 6, 7 demonstrates the configuration wherein a maximum tightening of the first free strap 13 (not shown) and second free strap 14 (not shown) against the third side 34 of the container 6, 7 has been accomplished.

[0045] Referring to FIG. 5, there is illustrated a side, or profile, view of the outer cover 18 and inner cover 19 of the pad 17. The pad 17 may be arranged by a user to place either or the first free strap 13 and/or the second free strap 14, into the opening formed by the outer surface 18 and the inner surface 19 of the pad 17. This, as a result, forms a handle stabilizer 36 which provides cushioning to the grasping palm and inner fingers of a user. The user may then readily grasp the handle stabilizer 36 and more effectively move and maneuver any of the containers 6-10. In some embodiments, a second pad 17 may be utilized to provide two handle stabilizers 36.

[0046] FIG. 6 is a large-scale view of the preferred embodiment of the fastener mechanism, comprising a female connector 15 and a male connector 16 having integral prongs 37. Both ends of the first fixed strap 11 and the second fixed strap 12 are affixed to a female connector 15. Each end of the first and second free straps 13, 14 is adjustably connected to a male fastener 16.

[0047] FIG. 7, for exemplary purposes only, shows the embodiment of a third (or fourth) container 8/9 loaded with a full quantity of water, showing both the first fixed strap 11 and its second fixed strap 12, and further, the sealing cap 22, 23 having been fastened in place.

[0048] FIG. 8 presents a view of a third (or fourth) container 8/9 after it has been emptied of its fluid content, and further showing the interior 30 of the container 8/9 and its detached sealing cap 22, 23. FIG. 9 illustrates that the third/fourth container 8/9 may be compressed into a compact configuration for ease of transport and storage.

[0049] Once the user finishes their workout, he/she can easily and quickly individually unseal each container 6-10 that was used, pour the water out, dry the interior of each container 6-10, then compress and store the containers 6-10 in a convenient location until the next workout. When initiating a workout, a user should choose at least one container(s) 6-10 which has the volumetric dimensions equivalent, when filled with water, to the desired weight needed for the workout envisioned. The user selects the time and place that is suitable for accomplishing the workout.

[0050] An important objective of the present inventive concept is that the LWTS 1 be designed and constructed to keep a person's body engaged by also incorporating the body's stabilizer muscles.

[0051] The stabilizer muscles are an important aspect of fitness training and athletic performance. Fitness enthusiasts attempt to keep their workouts varied and adding extra elements of instability. Working out with a Swiss Ball accomplishes this, or also performing one-handed or one-legged exercises. Another example is where executing the identical exercise with a dumbbell in each hand, a user is forced to incorporate several smaller, non-primary muscles in his/her chest and arms to keep the exercise functioning, without becoming unbalanced and possibly falling forward, backwards, or to the side.

[0052] Athletes rarely move their bodies in just a single plane. While performing an activity, they are continuously bending, turning, pushing, pulling, stopping, starting, and/or jumping at various angles, speeds and directions. To do those movements efficiently and injury-free, the athletes' stabilizer muscles must function correctly. This is where the LWTS system is effective, in that the handle grip 35, used in conjunction with the handle stabilizer 36, forces a user to exercise in a manner that incorporates stabilizer muscles.

[0053] While preferred embodiments of the present inventive method have been shown and disclosed herein, it will be obvious to those persons skilled in the art that such embodiments are presented by way of example only, and not as a limitation to the scope of the inventive concept. Numerous variations, changes, and substitutions may occur or be suggested to those skilled in the art without departing from the intent, scope, and totality of this inventive concept. Such variations, changes, and substitutions may involve other features which are already known per se and which may be used instead of, in combination with, or in addition to features already disclosed herein. Accordingly, it is intended that this inventive concept be inclusive of such variations, changes, and substitutions, as described by the scope of the claims presented herein.