there are a number of different ways in which the invention claimed herein can be manufactured . this description of the preferred embodiment shall make reference to fig1 through 6 . the preferred embodiment is a soccer goal as depicted in fig1 having an upwardly inclined net 1 which will direct the ball into the energy absorbing pocket 10 , which will then catch the ball , slow its velocity and then use gravity to return the ball down the upwardly inclined net 1 to the kicker . the preferred embodiment for the energy absorbing pocket 10 is a goal or device that has such a pocket interconnected with it , the latter being the type of net contemplated in the invention depicted in fig1 - 6 . the configuration of the invention in the preferred embodiment is an apparatus for facilitating the return of soccer balls with an x frame . the preferred embodiment of the frame of the invention is two square or rectangle pole configurations / members connected to form an x , to wit , a front member and a back member . these squares which make up the x frame can be seen in fig1 , the view of the back square being partially obstructed by the upwardly inclined fabric tarp 1 . the preferred embodiment of the upwardly inclined fabric tarp 1 is a net constructed of a woven acrylic polyester open canvas material that uses a high strength nylon belting material to reinforce a bottom loop 19 . the front member / pole configuration is created by attaching a right front vertical pole 13 and a left front vertical pole 14 at the tops to a back top horizontal pole 17 using top corner braces 2 . the right front vertical pole 13 and the left front vertical pole 14 are then connected at their bottoms to a front bottom horizontal pole 15 using bottom corner braces 6 . each corner brace ( 6 and 2 ) has a safety pin snap 12 which allows the pole and the corner brace to lock into place upon the proper connection of the corner brace ( 6 and 2 ) to the poles ( 13 , 14 , 15 , 16 , 17 , 18 , 20 and 21 ). the horizontal tubes of the framework connect with the side x assemblies by using a spring loaded safety pin snap system 12 . the safety pin snap is located in a predrilled hole in the poles ( 13 , 14 , 15 , 16 , 17 , 18 , 20 and 21 ) and the predrilled holes in the corner brace ( 6 and 2 ). the preferred embodiment of the top corner braces 2 is a brace made of high impact plastic . the preferred embodiment of the bottom corner braces 6 is a brace made of rubber . the back member / pole configuration is created by attaching a right back vertical pole 20 and a left back vertical pole 21 at the tops to a front top horizontal pole 18 using top corner braces 2 . the right back vertical pole 20 and the left back pole 21 are then connected at their bottoms to a back bottom horizontal pole 16 using bottom corner braces 6 . the preferred embodiment of the invention has poles ( 13 , 14 , 15 , 16 , 17 , 18 , 20 and 21 ) which are tubular and made of powder coated steel . the x frame portion of the frame of the preferred embodiment shall consist of a right front vertical pole 13 and a left front vertical pole 14 which are connected to a right back vertical pole 20 and a left back vertical pole 21 by means of a swivel connecting means , to wit , a knuckle 7 held in place with an axis pin 22 . the knuckle 7 is specially designed to limit the extension of the angle formed by the “ x ” in the frame and thus provide self support . fig6 and 7 show a close up of the knuckle 7 holding front and back poles together and one means in which an axis pin can be employed in accomplishing this task . the knuckle 7 is the preferred means with which the front and back squares are connected . the preferred embodiment of the fabric tarp 1 is an upwardly inclined mesh net which is attached at one end to the front bottom horizontal pole 15 and at its body to the front top horizontal pole 18 . the preferred embodiment of the upwardly inclined fabric tarp 1 has a vertical stripe down its middle 8 . this stripe 8 assists the user of the invention with targeting . the upwardly inclined fabric tarp 1 is connected to the frame by a connecting means at the top and the bottom of the frame . in the preferred embodiment of the invention , the upwardly inclined fabric tarp 1 is connected to the front top horizontal pole 18 using several tension loops 4 as a connecting means . grommets 5 , are utilized to ensure that the holes in which the tension loops 4 connect with the net 1 are reinforced . the preferred embodiment of the tension loop 4 is a tension loop made of rubber and nylon . a tension loop retainer ring 24 is utilized to hold the tension loop 4 inside the grommet when dismantled for folding , collapsing or storing . the preferred embodiment of the tension loop retainer ring 24 is nylon . in the preferred embodiment of the invention , the bottom of the upwardly inclined fabric tarp 1 is connected to the front bottom pole 15 using a bottom loop 19 . this bottom loop 19 is covered with a belting material . the preferred embodiment of the bottom loop is a bottom loop 19 covered with a belting material which is made of nylon . while nylon tension loops such as those nylon tension loops used to connect the fabric tarp 1 to the front top horizontal pole 18 could be utilized to connect the bottom of the fabric tarp 1 to the front bottom horizontal pole 15 , the preferred embodiment of the invention uses a bottom loop with the nylon belting material 19 to enhance the utility of the fabric tarp 1 and to ensure that the fabric tarp 1 is not easily worn out by the contact with the ground that it may be subjected to . the energy absorbing pocket 10 can , as set forth herein , be connected to the frame of a net separately as a separate item working in conjunction with an upwardly inclined fabric tarp 1 such as that set forth herein or can be interconnected with such a fabric tarp . the preferred embodiment of this invention has an energy absorbing pocket 10 interconnected with the x frame . in the preferred embodiment , the fabric tarp is a mesh net measured so that the grommets 5 are placed in a position on the net where the net will have the tension necessary to allow a soccer ball to travel up the length of the frame . the remaining end of the fabric tarp is connected to the back top horizontal pole 17 using a connecting means . the preferred connecting means is a loop around said back top pole 17 to form a top loop . the fabric tarp / mesh net shall have slack enough to create the effect necessary for the energy absorbing pocket 10 which is formed in this manner to accomplish the task of absorbing a soccer ball &# 39 ; s energy and sending it back down the portion of the fabric tarp 1 which is upwardly inclined in a controlled manner . if the energy absorbing pocket 10 is too big due to too much net being used , it can lead to the ball being held in the pocket due to portions of the fabric tarp falling over either the back top horizontal pole 17 or the front top horizontal pole 18 and getting stuck . in the preferred embodiment , the energy absorbing pocket 10 formed is large enough to ensure that a soccer ball is returned in a control manner but small enough to prevent the ball from getting stuck in the pocket 10 and not being returned . the energy absorbing pocket 10 is formed at the top of the net by keeping the bottom upwardly inclined portion of the fabric tarp under tension . the pocket portion of the fabric tarp is slack and forms a drape . the pocket in the preferred embodiment will catch a ball and sends the ball back down the upwardly inclined portion of the fabric tarp 1 using the pull of gravity to send the ball back the kicker . the fabric tarp 1 in the preferred embodiment is inclined in such a way that the front vertical poles ( 13 and 14 ) form acute angles with the ground , leading to the upward incline of the fabric tarp 1 . this is further accomplished by making the front and back members different sizes . in the preferred embodiment of the invention , the back member is smaller than the front member . the tension in the upwardly inclined portion of the fabric tarp 1 and the pocket 10 are maintained by a nylon tension cord 4 that forms a loop with a ball on the end . the loop is fastened around the back top horizontal pole 17 and the ball is secured at a grommet 5 located approximately 80 % up the net / ramp 1 from the bottom . the tension loop retainer ring 24 is slid over the loop end of the tension loop 4 after the loop is placed through the grommet 5 thus keeping it in place . the power arm 3 is part of the invention that locks the front top horizontal pole 18 and the back top horizontal pole 17 together to resist the force of a soccer ball and prevent the invention from folding or tipping . the power arm 3 also serves to transmit the force of the energy absorbing pocket 10 more efficiently through the entire frame . the power arm 3 is held to the front top horizontal pole 18 with a restraining cable 9 so that the power arm 3 will not be lost or misplaced and remains with the invention at all times . the preferred embodiment of the invention is a portable soccer practice net that folds in two dimensions and also is collapsible for easy transport and storage . the net folds flat for easy portability and can lie flat against a wall , as shown in fig2 . it also collapses by unlocking the side x assemblies from each corner and rolling up net so that the entire assembly fits into a nylon bag that is 68 ″× 12 ″. the unit is designed for indoor and outdoor use . the rubber corner feet of the preferred embodiment can grip any surface and will not mar finishes . the preferred embodiment of the invention is ideal for moving inside the garage for example during inclement weather .
the present invention is a portable apparatus for use in practice drills and educational settings which returns soccer balls to a kicker in a controlled manner . the invention utilizes an upwardly inclined net which directs a ball upwards into an energy absorbing pocket rather than immediately rebounding the ball back to the kicker . the pocket then absorbs the energy of the ball and then sends the ball back down to the kicker in a controlled manner . the goal of the invention is to increase the user &# 39 ; s accuracy and to allow for increased amounts of kicks as the controlled return allows for less reset time between kicks .