the detailed description of exemplary embodiments herein makes reference to the accompanying drawings and pictures , which show the exemplary embodiment by way of illustration and its best mode . while these exemplary embodiments are described in sufficient detail to enable those skilled in the art to practice the invention , it should be understood that other embodiments may be realized and that logical and mechanical changes may be made without departing from the spirit and scope of the invention . thus , the detailed description herein is presented for purposes of illustration only and not of limitation . for example , the steps recited in any of the method or process descriptions may be executed in any order and are not limited to the order presented . moreover , any of the functions or steps may be outsourced to or performed by one or more third parties . furthermore , any reference to singular includes plural embodiments , and any reference to more than one component may include a singular embodiment . as seen in fig1 , fig2 , fig3 , fig4 , and / or fig5 , the present invention can include , for example , a water ride attraction 100 . the water ride attraction can include , for example , a flume ride 102 and a flume ride 104 . the flume ride 102 and the flume ride 104 each include , for example , an entrance section , such as an entrance section 106 and an entrance section 108 , respectively . the flume ride 102 and the flume ride 104 also each include , for example , an exit section , such as an exit section 110 and an exit section 112 , respectively . thus , a user will enter the flume ride 102 through the entrance section 106 and exit the flume ride 102 through the exit section 110 , while the user will enter the flume ride 104 through the entrance section 108 and exit the flume ride 104 through the exit section 112 . the exit section 110 and / or the exit section 112 can feed into one or more pools allowing the user to gently splash into a body of water . in one embodiment , the flume ride 102 and the flume ride 104 can include for example , a common entrance section and / or a common exit section . in addition , the flume ride 102 and the flume ride 104 need not be the same length , but can instead , for example , have different lengths . the flume ride 102 pass through the flume ride 104 , for example , at a pass - through section 114 . the pass - through section 114 includes , for example , a middle section 116 and a middle section 118 . the middle section 116 is part of the flume ride 102 , while the middle section 118 is part of the flume ride 104 . the pass - through section 114 allows users of the flume ride 102 and the flume ride 104 to pass by each other , and possibly view each other , while remaining in the flume ride 102 or the flume ride 104 , respectively . thus , middle section 116 and / or the middle section 118 can be completely or partially formed from transparent , substantially transparent , or partially transparent material . this can allow more visual interaction between the users of the flume ride 102 and / or the flume ride 104 . furthermore , in some embodiments , the flume ride 104 can be formed , for example , from an opaque material such that the middle section 118 is substantially dark inside . this can allow for a different feeling and can heighten the senses as users pass by each other in the dark or substantially reduced lighting . in yet another embodiment , the flume ride 104 can be formed , for example , from a translucent material such that light can enter into the middle section 118 . in addition , the flume ride 102 , and / or the flume ride 104 can also include various audio or visual entertainment equipments such as lights , video screens , speakers , or any other equipment that would set the mood for the riders passing through the pass - through section 114 , and / or provide entertainment for the riders passing through the pass - through section 114 . this can be a thrilling experience for the users of the flume ride 102 and / or the flume ride 104 . since the users of the flume ride 102 and the flume ride 104 will remain in their respective flume rides , the user in the flume ride 102 will not enter the flume ride 104 , and the user in the flume ride 104 will not enter the flume ride 102 . in addition , the flume 102 can be partially or wholly within the flume ride 104 . however in one embodiment , the flume ride 102 can intersect , for example , the flume ride 104 . in another embodiment , the flume ride 102 can be connected to , for example , the flume ride 104 . in additional , multiple flumes can pass through one another , connect with one or another , and / or intersect one or another . the pass - through section 114 can be seen in more detail , for example , in fig6 , fig7 , and / or fig8 . as can be seen in fig6 , fig7 , and / or fig8 , the middle section 116 of the flume ride 102 pass through the middle section 118 of the flume ride 104 . as can be seen , the middle section 118 is larger than the middle section 116 to allow the middle section 116 to pass through the middle section 118 . thus , the middle section 116 is contained within the middle section 118 . the user for the flume ride 104 traverses on the middle section 118 , while the user for the flume ride 102 traverses on the middle section 116 . the middle section 118 includes , for example , tube sections 130 . a ring section 120 is connected to every other tube section 130 . the ring section 120 can include , for example , an outer ring 122 , an inner ring 126 , a bridge 124 , and support units 128 . the bridge 124 can connect , for example , the outer ring 122 to the inner ring 126 . the support units 128 provide support for the ring section 128 and can also , for example , anchor the ring section 128 to the ground . in general , the ring section 120 provides support for the middle section 118 , and / or the pass - through section 114 . the ring section 120 can also provide support for the middle section 116 by being attached , for example , to the middle section 116 as shown in fig7 . in fig7 , the ring section 120 is attached to a plate 132 . the plate 132 can be attached directly to the ring section 120 through , for example , a section which has been cut out in the middle section 118 . this allows the plate 132 to traverse from an exterior of the middle section 118 to an interior of the middle section 118 . the plate 132 is attached through cables 134 to a pipe 152 . the pipe 152 can be hollow or solid . the pipe 152 can be bent to substantially conform , to a shape of the middle section 116 , which is located inside the middle section 118 . in one embodiment , the pipe 152 can be connected to the middle section 116 . fig9 depicts an embodiment of the pass - through section 114 . as can be seen in fig9 , the middle section 116 is supported by a pipe 136 . in one embodiment , the pipe 136 can be attached to the middle section 116 . the pipe 136 can be conformed , for example , to a shape of the middle section 116 . the pipe 136 can be hollow or filled . the pipe 136 is connected to a connection unit 138 . the connection unit 138 provides a connection between the middle section 116 and the ring section 120 . the connection unit 138 can be seen , for example , in fig1 . in the connection unit 138 , the pipe 136 is connected to a pipe 140 . the pipe 140 is connected on one end to the pipe 136 and on another end to the ring section 120 . the pipe 140 and the pipe 136 sandwich the middle section 118 and are attached to each other through connection plates 144 and fasteners 142 . thus , in fig9 and fig1 , the ring section 120 provides support to the middle section 116 in addition to the middle section 118 using , for example , the pipe 136 , the pipe 140 , and / or the connection unit 138 . in fig9 , two connection units 138 are used to connect the pipe 136 to the ring section 120 and to support the middle section 116 . fig1 depicts an embodiment of the pass - through section 114 . as can be seen in fig1 , the middle section 116 is attached to the pipe 136 using a support section 150 . in addition , instead of being curved to closely approximately the shape of the middle section 116 , the middle section 116 includes a flat section 148 . the flat section 148 is connected to the support section 150 . furthermore , instead of two connection units 138 , three connection units 138 are used to connect the pipe 136 to the ring section 120 and to support the middle section 116 . in one embodiment , a curved section 146 is connected to the pipe 136 and / or the connection units 138 . the connection unit 138 can also be seen , for example , in fig1 . although several support structures are disclosed to support the middle section 116 , other types of support structures may be used , which can control a swinging of the middle section 116 . this can include , for example , cloth material , soft material , rigid material , and / or any other types of materials which can control a swinging of the middle section 116 . in one embodiment , a more rigid material can reduce a swinging of the middle section 116 . in addition , other types of support structures may be used , which allows the middle section 116 to be supported by the ring section 120 . this can reduce an amount of stress on the middle section 118 , allowing the middle section 118 to be built from a variety of materials . also , the ring section 120 can increase an amount of support provided to the middle section 116 without substantially increasing an amount of materials or space needed . the previous description of the disclosed examples is provided to enable any person of ordinary skill in the art to make or use the disclosed methods and apparatus . various modifications to these examples will be readily apparent to those skilled in the art , and the principles defined herein may be applied to other examples without departing from the spirit or scope of the disclosed method and apparatus . the described embodiments are to be considered in all respects only as illustrative and not restrictive and the scope of the invention is , therefore , indicated by the appended claims rather than by the foregoing description . all changes which come within the meaning and range of equivalency of the claims are to be embraced within their scope .
the present invention relates to an interactive ride , such as a flume within a flume . in one embodiment , a water ride can include a first flume ride and a second flume ride . the first flume ride can include a first middle section , while the second flume ride can include a second flume section . the second flume ride can pass through the first flume ride by having the second middle section pass through the first middle section . thus , the second middle section can be located within the first middle section . the first middle section and the second middle section can form a pass - through section . the second flume ride can be partially supported by the first flume ride .