referring to the drawings and particularly fig1 and 3 , a self - supporting firewood stack cover 10 is illustrated and is shown in fig1 covering a standard facecord log stack 11 consisting of a plurality of usually split parallel stack of logs 12 with a criss - cross end stack portion 13 that is commonly used to support the free - end of a facecord stack . a facecord of logs is usually defined as a parallel stack of logs 4 feet high , 8 feet long , with the logs being of equal length in the range of 16 to 23 inches . it should be understood that while the stack 11 is 8 feet in length , that the cover 10 can accommodate a lesser length facecord merely by permitting the ends of the cover to drop further over the ends of the facecord . furthermore , it should be understood that the cover 10 can accommodate a range of log lengths from 16 inches to 24 inches . the cover 10 is constructed of a single sheet 18 of reinforced flexible plastic having a thickness in the range of 0 . 004 to 0 . 010 inches , as seen in fig2 . it includes a rectangular top panel 19 having a length of approximately 8 feet and a width of approximately 23 inches with a plurality of integral loops extending outwardly therefrom including left side loops 21 , right side loops 22 , and end loops 23 and 24 . each of the loops is identical in size and folded flat and has a length of 23 inches along the axis of the loop and a width of approximately 15 inches . the facecord cover is manufactured from a sheet 18 of reinforced plastic illustrated in planar form in fig2 and is seen to include a central rectangular panel 27 the same size as the top panel 19 and a plurality of rectangular sub - panels 29 , 30 , 31 , 32 , 33 , 34 , 35 , 36 , 37 and 38 extending outwardly therefrom . the panels 29 to 38 are folded over upon themselves and sewn adjacent the juncture of the top panel and the loops along double sew lines 42 , 43 , 44 and 45 so that all of loops 22 are formed by a single double sew line 43 , loops 21 are formed by a single double sew line 44 , and end loops 23 and 24 are formed by double sew lines 45 and 42 respectively . while not shown in the drawings , additional reinforcing material may be added at the corners of the sheet 18 where the sub - panels 29 to 38 meet the central sheet portion 27 , if desired for additional strength . when initialing installing the cover 10 on the facecord 11 , the user places the unweighted cover in position with the top panel 19 on the top of the facecord 11 . then , a log such as log 50 illustrated in fig1 is removed from the stack and placed in each of the loops 21 , 22 , 23 , and 24 around the stack preferably alternating the insertion of the logs from one side to the other to keep the cover from slipping off the facecord which will happen if all four logs are inserted in the loops 22 without any logs in the loops 21 . in the event that one side or one end of the stack is up against a wall , the loops along that side or wall still carry log weights , but they are flipped up on top of the top cover panel 19 as seen in fig4 where they remain rested . this is sufficient to hold that side of the cover in place against strong winds . to remove firewood from the top of the facecord 11 and as seen in fig4 loop 52 , which may be either a side loop or end loop , is flipped up on top of the top panel 19 and permitted to rest there while logs 53 are removed from the stack . thereafter , the loop 52 is flipped back down to its side position . it should be understood that loops 21 , 22 , 23 and 24 not only provide the weighting mechanism for the cover 10 in a simple easy and low - cost manner , but they also provide shielding from the elements for the top two or three rows of firewood in the stack .
a cover for a stack of firewood logs including a top cover panel and a plurality of connected loops that receive user installed logs as weights for holding the cover in position .