fig1 is a perspective view of a dirt - loosening tool 10 . fig2 is a side elevational view of the dirt - loosening tool 10 in use . fig3 is a front elevational view of the dirt - loosening tool 10 . referring to fig1 - 3 , the tool 10 comprises a handle 12 having a first end 12a and a second end 12b . a grip means 14 is disposed at the first end 12a , and a head 16 is disposed at the second end 12b . the handle 12 has a bend 12c between the first and second ends 12a , 12b . thus , the handle 12 forms a straight first portion 12d extending between the first end 12a and the bend 12c , and a straight second portion 12e extending between the bend 12c and the second end 12b . the handle 12 is generally pipe shaped , although other shapes would be within the scope of the invention . the grip means 14 comprises a generally pipe shaped elongated member 14a which is perpendicular to the first portion 12d of the handle 12 , and which includes rubber grips 14b at each end of the elongated member 14a . the first end 12a of the handle 12 connects to the elongated member 14a generally at a center of the elongated member 14a . the head 16 comprises a generally u - shaped main head member 16a forming two parallel first prongs 16b . the second end 12b of the handle 12 connects to the main head member 16a at a center of the arcuate portion 16c of the main head member 16a . a crossbar 16d spans between the first prongs 16b near the arcuate portion 16c of the main head member 16a . longitudinal axes of the first prongs 16a and the second portion 12e of the handle 12 generally reside in a common first plane . the head 16 further comprises two generally l - shaped secondary members 16e . each of the secondary members 16e comprises a second prong 16f having a short leg 16g extending generally perpendicularly from a bend 16j at one end thereof . the short legs 16g are each attached at distal ends thereof to the cross - bar 16d , and are oriented generally perpendicularly to the cross - bar 16d and to the second portion 12e of the handle 12 . the second prongs 16f are positioned parallel to each other and to the first prongs 16b . longitudinal axes of the second prongs 16f generally reside in a common second plane which is parallel to and spaced apart from the first plane . the second prongs 16f are bent near their distal ends generally toward the first prongs 16b . the first prongs 16f are bent near their distal ends generally away from the second prongs 16f . the distal ends of the first and second prongs 16b , 16f are each tapered to an edge 17 to provide easier penetration into the ground . fig2 shows the tool 10 in use . initially , the tool 10 is held by the grips 14b with the first portion 12d of the handle 12 generally perpendicular to grade 18 , as shown in fig2 . the short legs 16g of the secondary members 16e form a foot rest upon which the user 20 places his foot , to urge the first and second prongs 16b , 16f generally downward through the grade 18 into the ground 22 . the head 16 is configured such that when the distal ends of the first and second prongs 16b , 16f are resting on grade 18 , the longitudinal axes of the first and second prongs 16b , 16f form a non - perpendicular angle with respect to grade 18 , and the first portion 12d of the handle 12 is generally perpendicular to grade . maintaining the orientation of the tool 10 with the grade 18 just described , the user 20 presses on the short legs 16g with his foot , driving the head 16 into the ground 22 , generally until the bends 16j in the secondary members 16e reach grade 18 . the user 20 then pulls the handle 12 rearward to loosen the ground 22 between the first and second prongs 16b , 16f , using the bends 16j urged against grade 18 as a fulcrum . the user 20 may also rock the handle 12 forward and backward to further loosen the ground 22 between the first and second prongs 16b , 16f , using the bends 16j urged against grade 18 as a fulcrum . the user 20 may also wish to twist the head 16 within the ground 22 , by twisting handle 12 generally about the longitudinal axis of the first portion 12d of the handle 12 , using the grip means 14 . this will further loosen the ground 22 . the user 20 may also wish to repeatedly raise and lower the tool 10 so that the edges 17 of the first and second prongs 16b , 16f further break up the ground 22 . because the first and second prongs 16b , 16f reside in different planes , greater ground breaking and loosening occurs than with conventional shovels and spades . ground 22 is broken not only between the two first prongs 16b and between the two second prongs 16f , but also between the first and second prongs 16b , 16f . fig4 is a perspective view of an alternative embodiment of the dirt - loosening tool 110 . fig5 is a front elevational view of the dirt - loosening tool 110 . a human hand is shown holding the tool 110 in fig5 to show the general size of the tool 110 . the tool 110 comprises a straight tubular handle 112 having a rubber grip 114b . a head 116 is connected to one end of the handle 112 . the head 116 comprises a generally u - shaped main head member 116a having two parallel first prongs 116b and a straight connecting member 116c . the handle 112 is connected to a center of the connecting 116c . longitudinal axes of the first prongs 116b lie in a common first plane , and are generally parallel to the handle 12 . two generally l - shaped secondary members 116e each comprise a second prong 116f and a short leg 116g extending generally perpendicularly from one end of the second prong 116f . distal ends of the short legs 116g are connected to a second connecting member 116h . the short legs 116g are oriented generally perpendicularly to the handle 112 . the connecting member 116c and the second connecting member 116h are parallel and adjacent to each other . the handle 112 is fixedly connected to the centers of the connecting member 116c and the second connecting member 116h . longitudinal axes of the second prongs 116f are parallel to each other and lie in a common second plane which is parallel to and spaced apart from the first plane . the distal ends of the first and second prongs 116b , 116f are each tapered to an edge 117 to provide easier penetration into the ground . the tool 110 is used in a similar manner to the tool 10 , by pushing the head 116 into the ground , rocking the handle 112 back and forth , and lifting the head 116 out of the ground . the foregoing description is included to describe embodiments of the present invention , which include the preferred embodiment , and is not meant to limit the scope of the invention . from the foregoing description , many variations will be apparent to those skilled in the art that would be encompassed by the spirit and scope of the invention . for example , and not by way of limitation : the prongs may be bent differently or not at all ; the number of prongs could vary ; the handle of the first embodiment could be straight ; the grip means could be configured differently ; and the configuration of the head may vary from that which is described herein .
a dirt - loosening tool comprising of an elongated handle having a head at one end that has multiple prongs in separate planes that can be easily pushed into soil . a footrest deposed between the separate planes doubles as a leveraged fulcrum . this allows for effortless cultivation of compacted dirt .