elements that are similar or the same are marked with identical reference signs throughout the various figures . fig1 a and 1b depict a disc - shaped drainage element 1 with a randomly oriented interlacing or tangled braid 2 , encased by a two - piece filter mat 3 . the randomly oriented interlacing or tangled braid 2 is also disc - shaped and presents a first frontal area 20 , a second frontal area 22 , and at least one peripheral surface 24 . the filter mat 3 consists of two parts carried out with a first filter mat piece 4 and a second filter mat piece 5 . the first filter mat piece 4 covers the first frontal area 20 and shows a first filter mat end area 6 that protrudes beyond the first frontal area 20 . the second filter mat piece 5 covers the second frontal area 22 and shows a second filter mat end area 7 that protrudes beyond the second frontal area 22 . the outer end of the filter mat 3 comprises a first end area 6 and second end area 7 which overlap on the peripheral surface 24 and are sewn together with thread 8 . these respective end areas 6 , 7 can alternatively be glued or welded together as well , such that the first end area 6 and second end area 7 are oriented in the same direction ( as shown at 6 a and 7 a , respectively ). fig2 a and 2b depict an embodiment of the drainage element 1 with a rectangular - shaped randomly oriented interlacing or tangled braid 2 , encased by a one - piece filter mat 3 . the randomly oriented interlacing or tangled braid 2 presents an upper surface and an opposing bottom surface and four peripheral sides 24 a , 24 b , 24 c , 24 d with smaller surfaces ( as is also shown in fig3 a ). the filter mat 3 is put around the randomly oriented interlacing or tangled braid 2 in such a way so as to enclose the interlacing or tangled braid 2 . the filter mat 3 presents an outer end area that protrudes above three peripheral sides 24 b , 24 c , 24 d and is sewn . the filter mat 3 also has an surface 26 that is directly adjacent to the remaining peripheral side 24 a . components 9 and 10 of the end area 6 come to lie on top of each other at three peripheral sides and are there sewn together . these respective end areas 9 , 10 can alternatively be glued or welded together as well , such that the first end area 9 and second end area 10 are oriented in the same direction ( as shown at 9 a and 10 a , respectively ). fig3 a and 3b depict a second rectangular drainage element 1 with a rectangular randomly oriented interlacing or tangled braid 2 and a filter mat 3 . the filter mat 3 covers one side of the randomly oriented interlacing or tangled braid 2 and presents an overlapping end area that protrudes above the randomly oriented interlacing or tangled braid 2 . the randomly oriented interlacing or tangled braid 2 presents an upper surface and an opposing bottom surface and four peripheral sides 24 a , 24 b , 24 c , 24 d with smaller surfaces . as shown in fig3 a , one length 11 of the end area 6 is chosen in such a magnitude that a value of this length is greater than a value of a height 12 of the randomly oriented interlacing or tangled braid 2 ( shown in fig3 b ). fig4 depicts the disc - shaped drainage element 1 arranged in a round plant container 13 . a flower pot outlet 14 of the flower pot 13 is covered by using the drainage element 1 . so if the flowerpot 13 is filled up with flower soil , substrate and a plant , the drainage element 1 will retain or keep its original height and when watering the flower pot 13 the water will be able to drain off the drainage element 1 and out the flower pot outlet 14 . fig5 depicts the second rectangular drainage element 1 arranged in an oblong square flower pot 15 . the filter mat 3 is chosen in such a magnitude that it fits a side rim 17 of the randomly orientated interlacing at a first area 16 and comes to rest on a base 19 of the flower pot at a second area 18 in the operating state . the invention relates to a drainage element 1 for a plant container 13 . in accordance with the invention , the drainage element 1 presents a randomly oriented interlacing or tangled braid 2 and a filter mat 3 which surrounds the randomly oriented interlacing or tangled braid 2 or the drainage element 1 presents a randomly oriented interlacing or tangled braid 2 and a filter mat 3 and the filter mat 3 projects beyond the randomly orientated interlacing or tangled braid 2 in such a way that the randomly orientated interlacing or tangled braid 2 is covered by the filter mat 3 in the operating state . the foregoing description and drawings comprise illustrative embodiments of the present inventions . the foregoing embodiments and the methods described herein may vary based on the ability , experience , and preference of those skilled in the art . merely listing the steps of the method in a certain order does not constitute any limitation on the order of the steps of the method . the foregoing description and drawings merely explain and illustrate the invention , and the invention is not limited thereto , except insofar as the claims are so limited . those skilled in the art that have the disclosure before them will be able to make modifications and variations therein without departing from the scope of the invention .
the present invention is a drainage element for a plant container including in a preferred embodiment a first element having randomly oriented interlacing component or tangled braid and a second element including a filter mat which encases the randomly oriented interlacing . in another preferred embodiment , the filter mat element overlies the randomly oriented interlacing when in use , for example to cover the bottom of a plant container .