Patent Publication Number: US-9427116-B2

Title: Hammock tub assembly

Description:
CROSS REFERENCE OF RELATED APPLICATIONS 
     This application claims the benefit of U.S. provisional application No. 62/070,019, filed Aug. 11, 2014 entitled Fusion Hammock Hot Tub System, and U.S. provisional application No. 62/070,020, filed Aug. 11, 2014 entitled Fusion Hammock Hot Tub, which provisional applications are incorporated by reference herein in their entirety. 
    
    
     FIELD OF THE INVENTION 
     The present invention relates generally to a hammock tub assembly that combines a hammock and a hot tub. More so, the present invention relates to a hammock tub assembly that provides a non-permeable panel that stretches between fixed points, and conforms to the shape and weight of a solid load and a liquid load to form a snug, concave shape used for swinging and resting; while also containing a liquid for soaking and hydrotherapy. 
     BACKGROUND OF THE INVENTION 
     The invention will now be described, by way of example, with reference to the accompanying drawings, in which: 
     It is known in the art that a hammock is a sling made of fabric, rope, or netting, suspended between two points, used for swinging, sleeping, or resting. The hammock ideally consists of one or more cloth panels, or a woven network of twine or thin rope stretched with ropes between two firm anchor points such as trees or posts. The hammock is often seen as symbol of summer, leisure, relaxation and simple, easy living. 
     It is also known that a hot tub is a large tub or small pool full of heated water used for hydrotherapy, bathing, and relaxation. Hot tubs often have powerful jets for massage purposes. Water pumps, heaters, filtration devices, and textured surface form major components of a hot tub. 
     Typically, hammocks are not designed for water, though some can be washed or left in the weather. The material of hammocks, in most cases, is very porous and designs are not considerate of holding a few hundred pounds of liquid plus an individual or multiple people. Furthermore, hammocks do not always nestle the load comfortable within a concave shape. A user may have a tendency to roll off while lying in the hammock—especially heavier users. 
     Typically, tubs are ridged, heavy, and bulky. Often, due to their ridged design traditional bathtubs use more water for a person or object to be fully submerged. Consequently, traditional tub designs do not allow for the occupant to fully stretch or lay down without needing to bend one&#39;s knees. Prior art of bathing tubs do not pack or ship as compact. 
     It is common for hot tubs to use a large volume of water. Generally, the water is circulated through filters and the PH levels are maintained with chlorine and/or salts or other processes. These traditional hot tubs do not have an appeal to all people as the circulated water is often too alkaline or full of chemicals due to the chlorine, which some people&#39;s skin reacts to. Some people have been recommended not to expose their bodies to chlorine what so ever, while others simply don&#39;t find hot tubs appealing due to the underling fact that the water has had other people in it and would prefer fresh water rather then used water. 
     Other proposals have involved hammocks or hot tubs. The problem with these relaxation tools is that they do not provide the benefits of comfortable lounging provided by a hammock, and the benefits of hot water circulation provided by a hot tub. The traditional hammock also does not provide a snug, concave fit for a user. Also, the hot tub is not always comfortable, such as a hammock can be. Even though the above cited hammocks and hot tubs meet some of the needs of the market, a hammock tub assembly that provides the functionality of both a hammock for leisure swinging, sleeping, or resting; and a tub for soaking, hydrotherapy, and pleasure; while also creating a snug, concave envelope to nestle in, is still desired. 
     SUMMARY 
     Illustrative embodiments of the disclosure are generally directed to a hammock tub assembly that serves as both a hammock for leisure swinging, sleeping, or resting; and a tub for soaking, hydrotherapy, and pleasure. The functionality of combining a hammock and a tub forms a synergy that creates a whole that is greater than the separate hammock and tub. 
     The hammock tub assembly, hereafter, “assembly”, serves as both a hammock for leisure swinging, sleeping, or resting; and a tub for soaking, hydrotherapy, and pleasure. A suspended non-permeable panel conforms to the shape and weight of the loads, and stretches between fixed points to form a snug, concave shape for secure retention of a user and a liquid. 
     The non-permeable panel is defined by a body portion and a perimeter portion. The body portion supports the solid and liquid loads, conforming to the shapes and weight of each load. The perimeter portion includes fastening points that maintain a fixed position for the body portion for enabling the stretching of the body portion into a generally concave shape. When stretched between the fixed points, the body portion forms a generally concave shape that cradles the solid load and contains the liquid load. The liquid is circulated through a filtering portion. A lighting portion, a sound portion, and a data portion enhance the therapeutic effects. 
     A semi-rigid member integrates into the perimeter portion to help maintain the body portion in a generally concave shape when stretched, and also to help prevent spillage of the liquid out of the concave shape. The assembly further comprises eclectic ancillary components that enhance the relaxation qualities of the invention. In this manner, the assembly may simultaneously serve as a hammock and a tub. 
     The non-permeable panel is configured to be flexible so as to stretch between a plurality of fixed points. When stretched, the non-permeable panel forms a generally concave shape. The concave shape is efficacious for supporting the solid load and retaining the liquid load inside the non-permeable panel. The non-permeable panel can be solid or transparent. 
     The generally elongated dimensions and flexible material composition of the non-permeable panel enable formation of the concave shape. In one possible embodiment, the non-permeable panel has a rectangular shape, and the material composition is a sealed acrylic, a clear synthetic or natural material, or the mixture thereof. 
     The perimeter portion of the non-permeable panel includes a plurality of fastening points for detachably attaching to a corresponding fixed point. In one embodiment, a fastening member, such as a rope may join the fastening point to the fixed point. The non-permeable panel forms a curvature at the edges when the fastening points are attached to the fixed points. This peripheral curvature further articulates formation of the concave shape for the non-permeable panel. 
     The non-permeable panel can swing laterally when supported at two fastening points. Though, in other embodiments, more than two fastening points are attached to the fixed points, so that the non-permeable panel does not swing. In yet another embodiment, the body portion of the non-permeable panel engages a ground surface while still stretched from the fastening points. In any case, the non-permeable panel operates, at least in part, substantially the same as a hammock. In one embodiment, the assembly is configured to support a solid load, such as a person, for swinging, sleeping, or resting. The weight of the solid load further delineates the concave shape of the non-permeable panel. 
     In some embodiments, a semi-rigid member integrates into the perimeter portion of the non-permeable panel. The semi-rigid member helps maintain the body portion in a generally concave shape when stretched, and also to help prevent spillage of the liquid out of the concave shape. In one embodiment, the semi-rigid member is an elongated rope or thick cable that is sewn/stitched into the perimeter portion of the non-permeable panel. 
     The assembly is also configured to support a liquid load for enabling soaking, swimming, and receiving hydrotherapy while lying on the non-permeable panel. In addition to the weight of the solid load, the weight of the liquid load further delineates the concave shape of the non-permeable panel. Furthermore, the assembly is configured not only to fill the non-permeable panel with a liquid, but also to manipulate the liquid so as to provide hot tub functions. 
     In one embodiment, the liquid may include water. The liquid may be pumped at a high flow rate into the body portion, within the confines of the perimeter portion. The liquid may be drained from the body portion and discarded or recirculated. The liquid may be conditioned and/or cleaned by filtering and dispensing chemicals therein, as known in the art. For these liquid pumping functions, a liquid circulation apparatus may be used to communicate directly with the non-permeable panel. 
     A mobile portion, such as wheels, enables portability of the liquid circulation apparatus. In one embodiment, the liquid circulation apparatus may include a portable pump that stores, pumps, and recirculates a liquid, such as water. The liquid circulation apparatus further includes a filtering portion to filter and apply chemicals to the liquid. 
     The liquid circulation apparatus includes an inlet tube that carries the liquid into the concave shape of the non-permeable panel. The inlet tube may hang over the semi-rigid member to fill the concave shape of the body portion. The liquid circulation apparatus further includes an outlet tube that carries the liquid out of the non-permeable panel for discharge or recirculation. A discharge aperture in the body portion of the non-permeable panel enables passage of the liquid from the non-permeable panel to the outlet tube. 
     The liquid circulation apparatus is configured to pump the liquid at a high flow rate, so as to create a jet effect in the non-permeable panel. A power source, such as a rechargeable battery, powers the liquid circulation apparatus. However, other possibilities may include, without limitation, a convection heat, a heat loop, or a manual pump. In any case, the non-permeable panel, in conjunction with the liquid circulation apparatus, operates, at least in part, substantially the same as a tub. Further, the liquid circulation apparatus may operatively connect to a heating portion that is used for heating the liquid. In this manner, a hot tub experience is possible inside the non-permeable panel. 
     In some embodiments, the assembly provides eclectic functions, beyond the circulation of the liquid to and from the non-permeable panel. In one embodiment, a lighting portion illuminates the area around the non-permeable panel with a variety of colors and lighting patterns. In another embodiment, a sound portion includes speakers, radios, MP3 players, and the like for providing music, radio, and soothing acoustics in the area of the non-permeable panel. In some embodiments, a data portion, such as a USB port, enables connectivity to the Internet and storage/retrieval of data. In this manner, the relaxation and functionality of the hammock and tub functions are enhanced. 
     One objective of the present invention is to provide a hammock tub assembly that simultaneously provides the advantages of a hammock and a hot tub. 
     Another objective is to provide a bath where one can easily fully stretch out and all the while with the hydrotherapy. 
     Another objective is to increase water efficiency; as the enveloping nature of the hammock tub assembly requires less water be used per bath. 
     Another objective is to store water within the confines of the non-permeable panel. 
     Another objective is to provide an improved collapsible, fully portable hammock which can safely carry a user. 
     Another objective is to provide a hot tub that provides soaking and hydrotherapy. 
     Another objective is to provide a hammock and a hot tub fabricated form the same flexible non-permeable panel. 
     Yet another objective is to provide a non-permeable panel that is configured to form a concave shape when stretched and when a load is applied. 
     Yet another objective is to provide hot, filtered water to the non-permeable panel. 
     Yet another objective is to regulate the temperature of the liquid being pumped into the non-permeable panel. 
     Yet another objective is to provide illumination, sound, and data transmission/storage while operating the assembly. 
     Yet another objective is to power the assembly with substantially renewable energy. 
     Yet another objective is to enable mobility of the liquid circulation apparatus with a mobility portion. 
     Yet another objective is to provide an inexpensive to manufacture hammock and hot tub. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
       The invention will now be described, by way of example, with reference to the accompanying drawings, in which: 
         FIG. 1  illustrates a perspective view of an exemplary hammock tub assembly filled with a liquid load through an exemplary liquid circulation apparatus, in accordance with an embodiment of the present invention; 
         FIG. 2  illustrates a perspective view of the hammock tub assembly supporting an exemplary solid load, in accordance with an embodiment of the present invention; and 
         FIG. 3  illustrates a perspective view of the liquid circulation apparatus with the doors opened showing the ancillary components, in accordance with an embodiment of the present invention. 
     
    
    
     Like reference numerals refer to like parts throughout the various views of the drawings. 
     DETAILED DESCRIPTION OF THE INVENTION 
     The following detailed description is merely exemplary in nature and is not intended to limit the described embodiments or the application and uses of the described embodiments. As used herein, the word “exemplary” or “illustrative” means “serving as an example, instance, or illustration.” Any implementation described herein as “exemplary” or “illustrative” is not necessarily to be construed as preferred or advantageous over other implementations. All of the implementations described below are exemplary implementations provided to enable persons skilled in the art to make or use the embodiments of the disclosure and are not intended to limit the scope of the disclosure, which is defined by the claims. For purposes of description herein, the terms “upper,” “lower,” “left,” “rear,” “right,” “front,” “vertical,” “horizontal,” and derivatives thereof shall relate to the invention as oriented in  FIG. 1 . Furthermore, there is no intention to be bound by any expressed or implied theory presented in the preceding technical field, background, brief summary or the following detailed description. It is also to be understood that the specific devices and processes illustrated in the attached drawings, and described in the following specification, are simply exemplary embodiments of the inventive concepts defined in the appended claims. Specific dimensions and other physical characteristics relating to the embodiments disclosed herein are therefore not to be considered as limiting, unless the claims expressly state otherwise. 
     A hammock tub assembly  100  is referenced in  FIGS. 1-3 . The hammock tub assembly  100  is a dual function relaxation invention that provides the benefits of both a hammock and a tub. In one embodiment, the hammock tub assembly  100  forms a hammock configuration to enable leisure swinging, sleeping, or resting. The hammock configuration may be moved to a desired location and stretched between a plurality of fixed points  114  to enable leisure swinging, sleeping, or resting. In another embodiment, the assembly  100  forms a tub configuration that is configured to enable containment of a liquid for soaking, hydrotherapy, and bathing. 
     The hammock tub assembly  100  includes a suspended, non-permeable panel  102  that stretches between fixed points  114 , and conforms to the supported shapes and weight of a solid load  118  and a liquid load  116  to form a snug, concave shape for secure retention of a user and a liquid. For example, the hammock tub assembly  100  includes a non-permeable panel  102  that is suspended from two trees, or from a single point and such as a frame or beam. The concave shape also serves to securely retain the liquid within the boundaries of the non-permeable panel  102 . The non-permeable panel  102  described above may also be used as a portable tub liner in many different surfaces, sand, snow, earth, or other form. 
     The functionality of combining a hammock and a tub forms a synergy that creates a whole that is greater than a separate hammock and tub. For example, a user may swing on the hammock, while simultaneously soaking in a jet, hot water bath. Further, a user may sit, lie on the back or sides, stand, or kneel on the assembly  100 , whether the liquid is present or not. In one possible embodiment, the liquid may be circulated through a filtering portion  144  for cleaning and conditioning while a lighting portion  142 , a sound portion  138 , and a data portion  140  further enhance the relaxation and therapeutic effects provided by the hammock tub assembly  100 . 
     As referenced in  FIG. 1 , the hammock tub assembly  100 , hereafter, “assembly  100 ” is configured to support the weight of a solid load  118  and/or a liquid load  116  while also conforming to the weight and shape of the loads. The solid load  118  may include, without limitation, a person, animal, plant, or inanimate object lying on the hammock configuration. The liquid load  116  may include a volume of water that fills the tub configuration. To achieve this dual function of comfortable support for a solid load  118  and containment of a liquid load  116 , the assembly  100  utilizes a non-permeable panel  102 . 
     Turning now to  FIG. 2 , the non-permeable panel  102  is sufficiently flexible, so as to conform to the shape and weight of the loads  116 ,  118 . The non-permeable panel  102  is defined by a body portion  104  and a perimeter portion  106 . The body portion  104  of the non-permeable panel  102  supports the solid load  118  and liquid load  116 . The body portion  104  at least partially conforms to the shapes and weight of each load  116 ,  118 . The body portion  104  forms a generally concave shape when stretched out and also when the loads  116 ,  118  are contained therein. 
     In one embodiment, the non-permeable panel  102  is fabricated from a sealed, acrylic membrane. In another embodiment, the non-permeable panel  102  is a waterproof or water resistant strong fabric. Other possible materials include vinyl coated fabric, awning, cotton, acrylic or other which has a tight weave, or similar canvas material. Membrane materials with UV resistance, or UV resistance coating may also be used with the non-permeable panel  102 . 
     In some embodiments, the non-permeable panel  102  has a transparent membrane that forms a window for viewing through the non-permeable panel  102 . In yet another embodiment, the non-permeable panel  102  has an uneven texture configured to inhibit slippage. In this manner, a user can more easily climb in and out of the concave shaped body portion  104 , even when the liquid creates slippage along the surface of the body portion  104 . 
     Those skilled in the art will recognize that a window enables a user to appreciate light and color coming through while bathing. Further, if the user is wearing swimming a mask, a snorkel, or goggles, the user may appreciate looking through to read, enjoy different media, interact with others, or receive a massage or therapy. Large sections or the whole non-permeable panel  102  may be made of a clear material which allows for observing the bather, children, or marine life. 
     Looking back at  FIG. 1 , the body portion  104  is configured to be flexible so as to stretch between a plurality of fixed points  114 . When stretched, the body portion  104  forms a generally concave shape. The concave shape is efficacious for supporting the solid load  118  and retaining the liquid load  116  inside the non-permeable panel  102 . The generally elongated dimensions and flexible material composition of the non-permeable panel  102  enable formation of the concave shape. 
     In one possible embodiment, the non-permeable panel  102  has a rectangular shape, and the material composition is a sealed acrylic, a clear synthetic material, or the mixture thereof. Though, there are embodiments where the non-permeable panel  102  is semi-permeable. This semi-permeable configuration may be because of cotton duck canvas or other materials used to fasten the non-permeable panel  102 . The semi-permeable configuration can dampen the material surface causing cooling through evaporation. 
     The perimeter portion  106  includes a plurality of fastening points  110 . The fastening points  110  are configured to maintain a fixed position on the edges of the perimeter portion  106  for enabling the stretching of the body portion  104  into a generally concave shape. The fastening points  110  detachably attach to a plurality of fixed points  114 , so that the body portion  104  may be stretched between the fixed points  114 . 
     The non-permeable panel  102  forms a curvature at the edges of the perimeter portion  106  when the fastening points  110  are attached to the fixed points  114 . This peripheral curvature further articulates formation of the concave shape for the body portion  104 . Thus, when the body portion  104  is stretched between a plurality of fixed points  114 , the body portion  104  forms a generally concave shape that is efficacious for comfortably cradling the solid load  118  and containing the liquid load  116  with minimal spillage. 
     The non-permeable panel  102  can swing laterally, sag, and bounce when supported from multiple fastening points  110 . Though, in other embodiments, more than two fastening points  110  are attached to the fixed points  114 , so that the non-permeable panel  102  does not swing. In yet another embodiment, the body portion  104  of the non-permeable panel  102  engages a ground surface while still stretched from the fastening points  110 . In any case, the non-permeable panel  102  operates, at least in part, substantially the same as a hammock known in the art. In one alternative embodiment, the non-permeable panel  102  serves as a bath or pond liner. 
     In one example illustrated in  FIG. 2 , two opposing trees, walls, or posts serve as secure fixed points  114 . Heavy-duty hammock stands can also be used to suspend the non-permeable panel  102  from the fastening points  110 . The non-permeable panel  102  can swing to and fro or be fixed in position with additional fastening points  110  beyond the one or two fixed points  114  required for suspension. As with traditional hammocks the lowest part of the non-permeable panel  102  may rub against, sit or rest upon the earth, floor or part of an incorporated platform below. These suspension options allow for greater stability and help to distribute the weight, partially supported by a bottom surface may require less load on the fastening points  110 . 
     The fastening points  110  may include, without limitation, loops, reinforced rings, grommets, webbing loops, and formed arcs. The fixed points  114  may include a pair of trees, a building structure, and an object. In one embodiment, a fastening member  112 , such as a rope may join each fastening point  110  to a corresponding fixed point  114 . The fastening member  112  may include, without limitation, a rope, a bungee cord, and a tie rod. 
     In one example of the perimeter portion  106  being manipulated to form the concave shape for the body portion  104 , the non-permeable panel  102  has an elongated, rectangular shape with two long ends and two short ends. Approximately 1′ of the non-permeable membrane on the short sides are folded over, forming a center arch. Formation of this center arch allows the long sides to form a triangle that is approximately 1-3″ shorter than the center arch. This folded manipulation allows the body portion  104  to more effectively retain the loads  116 ,  118  while still keeping the perimeter portion  106  raised. 
     Bonding agents and/or stitching with appropriate strong thread may be used to secure this fold in place, leaving an opening or hem of adequate space to let the fastening member  112  pass through. For example, this opening in the perimeter portion  106  can form a channel for a line or rope to go through for securing to the fixed points  114 . A wooden or other framework can also pass through the opening and include fasteners for securing to fixed points  114 . 
     Alternatively a large rectangle of the above the non-permeable panel  102  can be reinforced similar to the fold over method discussed above. Grommets or webbing loops may be included at the perimeter portion  106  and adequately spaced along the shorter sides of the rectangle material. Ropes or lines may also be fastened accordingly with different lengths to the fastening points  110  point to allow for a desired depth and shape of the non-permeable panel  102 . 
     In some embodiments, a semi-rigid member (not shown) integrates into the perimeter portion  106  of the non-permeable panel  102 . The semi-rigid member is efficacious for maintaining the concave shape of the non-permeable panel  102 , and helping to restrict spillage of the liquid outside of the concave shaped body portion  104 , over the perimeter portion  106 . In one embodiment, the semi-rigid member is an elongated rope or thick cable that is sewn/stitched into the perimeter portion  106  of the non-permeable panel  102 . Though the semi-rigid member may include any elongated component that stiffens the edge of the perimeter portion  106 . 
     In one alternative embodiment, the non-permeable panel  102  integrates with at least one ancillary panel (not shown). The at least one ancillary panel is configured to overlay one or both sides of the non-permeable panel  102  in a coplanar disposition. The ancillary panel enable attachment of a component to the non-permeable membrane. The ancillary panel may be sealed with the non-permeable panel  102 , or have an opening to install, adjust or position the ancillary objects between the non-permeable panel  102  and the ancillary panel. 
     Various ancillary objects may be incorporated into the ancillary panel or between the ancillary panel and the non-permeable panel  102 . Though, these ancillary objects could also be attached to the underside or inside of the non-permeable panel  102  without requiring the ancillary panel. The ancillary objects may include, without limitation, flexible or rigid windows, heating pads, pillows, padding, cup holders, magnets, mesh layers, massage gadgets, structural components, padding, insulation, and inflatable sections. 
     In another exemplary use of the ancillary panel, jet nozzles pass through the non-permeable panel  102 . The jet nozzles direct the liquid to flow at high flow rates detachably attach to clips on the ancillary panel. The ancillary panel is flexible in substantially the same way as the non-permeable panel  102 , so as to form the generally concave shape and conform to the weight and shape of the solid and liquid load  116   s.  In one embodiment, the ancillary panel may be porous and may easily peel off the non-permeable panel  102 . 
     The non-permeable panel  102  and/or the ancillary panel may also have recesses for positioning the jet nozzles and other hammock features. The recesses in the non-permeable panel  102  and/or the ancillary panel can take the shape of any practical shape or design from the weight of the liquid and/or assisted shapes with inflated sections or ridged framing. The non-permeable panel  102  may have multiple size or shape options by adjusting tension on lift points. In yet another embodiment, mosquito netting, or other enclosures can be canopied over the non-permeable panel  102  with an entry way to regulate access. 
     In addition to the solid load  118  discussed above, the non-permeable panel  102  is also configured to support a liquid load  116  for enabling soaking, swimming, and receiving hydrotherapy. Similar to the weight of the solid load  118 , the weight of the liquid load  116  delineates the concave shape of the non-permeable panel  102 . In one alternative embodiment, two non-permeable panels  102  and/or an ancillary layer form an insulated layer for the liquid. For example, water can also be filled in the area between two non-permeable panels  102  to form a water bed. The water between the two layers may be regulated to provide a warm bed in a temperature controlled bed or vessel. 
     The assembly  100  not only fills the concave shape of the non-permeable panel  102  with a liquid, but also manipulates the liquid, so as to provide known hot tub functions. In one embodiment, the liquid may include water. The liquid may be pumped at a high flow rate into the body portion  104 , and within the confines of the perimeter portion  106 . The liquid may be drained from the body portion  104  and discarded or recirculated. The liquid may be conditioned and/or cleaned by filtering and dispensing chemicals therein, as known in the art. For these functions, a liquid circulation apparatus  120  may be used to communicate directly with the non-permeable panel  102 . 
     The liquid circulation apparatus  120  is configured to pump the liquid at an adjustable flow rate, so as to create various jet effects for a user positioned within the concave shape of the non-permeable panel  102 . A mobile portion  126 , such as wheels, enables portability of the liquid circulation apparatus  120 . In one embodiment, the liquid circulation apparatus  120  may include a portable pump  154  that stores, pumps, and recirculates a liquid, such as water. The liquid circulation apparatus  120  further includes a filtering portion  144  to filter and apply chemicals to the liquid. The filtering portion  144  may include a water filter and a chemical dispensing device. 
     As shown in  FIG. 1 , the liquid circulation apparatus  120  includes an inlet tube  122  that carries the liquid into the concave shape of the non-permeable panel  102 . The inlet tube  122  may hang over the semi-rigid member to fill the concave shape of the body portion  104 . In one embodiment, the terminus of the inlet tube  122  includes a hot water easy snap fitting  156  for mating accessories to the inlet tube  122 . The accessories may include a high flow nozzle or a spout. However, in one alternative embodiment, the inlet tube  122  may be replaced by general plumbing fixtures known in the art for carrying the liquid to the non-permeable panel  102 , rather than the liquid circulation apparatus  120 . The plumbing fixtures may include a sink, a garden hose, and a showerhead or other accessories. 
     The liquid circulation apparatus  120  further includes an outlet tube  124  that carries the liquid out of the non-permeable panel  102  for general discharge, storage, or recirculation. A discharge aperture  108  forms in the body portion  104  of the non-permeable panel  102 . The discharge aperture  108  enables passage of the liquid from the non-permeable panel  102  to the outlet tube  124 . 
     In one embodiment, the outlet tube  124  is efficacious for draining used liquid into the earth with a drain line gravity feed. In another embodiment, the outlet tube  124  carries the liquid to a drain, tub, or toilet for disposal. This flexible drainage capacity empties the assembly  100  facilitates cleaning and rinsing for future use of the assembly  100 . In one alternative embodiment, the liquid may be stored and treated for multiple uses in the liquid circulation apparatus  120 , or a separate container. 
       FIG. 3  illustrates that the liquid circulation apparatus  120  can be portable. A mobility portion  126 , such as a pair of wheels enables facilitated mobility. A handle  134  enables control of the liquid circulation apparatus  120 . A door  132  regulates access to the interior cavity of the liquid circulation apparatus  120 . A power source  146 , such as a rechargeable battery, powers the liquid circulation apparatus  120 . A solar panel may be used to recharge the rechargeable battery. An A/C power source  150   146  may also recharge the rechargeable battery. A D/C charger  148  may also be used for powering and recharging, as needed. In this manner, renewable energy forms a substantial part of recharging the power source  146 . 
     Further, the liquid circulation apparatus  120  may operatively connect to a heating portion  130  that is used for heating the liquid. In this manner, a hot tub experience is possible inside the confines of the non-permeable panel  102 . The heating portion  130  may include a natural gas heater. In one embodiment, a propane gas tank fits into a cavity of the liquid circulation apparatus  120 . In one embodiment, an exhaust  128  releases excess heat from the liquid and the liquid circulation apparatus  120 . A thermostat  136  also regulates the temperature of the liquid flowing into the non-permeable panel  102 . 
     In one alternative embodiment, the liquid circulation apparatus  120  and the heating portion  130  work in conjunction to create a recirculating shower, or warmer for a heat exchanger. The heating capacity of the liquid circulation apparatus  120  enables the formation of heated water or ease to plug into an RV to run the warm water systems in RV, boat, home, food truck or other vehicle. 
     The assembly  100  further comprises ancillary components that enhance the relaxation qualities. In one embodiment shown in  FIG. 3 , a lighting portion  142  illuminates the area around the non-permeable panel  102  with a variety of colors and lighting patterns. The lighting portion  142  may include a lamp, a halogen bulb, and a floodlight that emits various colors and pattern in proximity to the non-permeable panel  102 . The illumination can be decorative or functional. 
     In another embodiment, a sound portion  138  emits sound in proximity to the assembly  100 . The sound portion  138  may include, without limitation, speakers, radios, MP3 players, and the like. The sound portion  138  provides voice recordings, music, radio, and soothing acoustics to enhance the experience of the assembly  100 . An antenna  152  may be used to receive radio signals for playing a radio or other wireless data transfers known in the art. 
     In some embodiments, a data portion  140  enables data to be transmitted and stored from the assembly  100 . The data portion  140  integrates into the liquid circulation apparatus  120 . The data portion  140  may include, without limitation, a USB port. The data portion  140  enables connectivity to the Internet and storage/retrieval of data. In this manner, the assembly  100  may be enjoyed while maintaining connectivity to wireless networks and data storage devices. 
     In one alternative use of the assembly  100 , modern bathroom designs with or without a tub, may install the assembly  100  at adequate fixed points  114  in the bathroom walls. In another possible use, newly designed or refurbished bathrooms can incorporate proper engineering and construction so mounting fixed points  114  on the walls will be sufficient to suspend the non-permeable panel  102  and plumbing fixtures for supplying the liquid to the non-permeable panel  102 . Thus, the assembly  100  may be used in any location, room of a house or building, roof, porch or patio as used in present day hammocks, bathtubs, pools, or ponds. 
     In yet another alternative embodiment, the non-permeable panel  102  may be configured to integrate with the stretched fabric of a trampoline. The stretched fabric has a central opening. The non-permeable panel  102  stretches across the opening. While in this disposition with the stretched fabric of the trampoline, the body portion  104  forms an acute concave shape, that when filed with the liquid, creates a splashing effect while a user bounces on the stretched fabric of the trampoline. 
     These and other advantages of the invention will be further understood and appreciated by those skilled in the art by reference to the following written specification, claims and appended drawings. 
     Because many modifications, variations, and changes in detail can be made to the described preferred embodiments of the invention, it is intended that all matters in the foregoing description and shown in the accompanying drawings be interpreted as illustrative and not in a limiting sense. Thus, the scope of the invention should be determined by the appended claims and their legal equivalence.