in describing the preferred and selected alternate embodiments of the present invention , as illustrated in fig1 - 7 , specific terminology is employed for the sake of clarity . the invention , however , is not intended to be limited to the specific terminology so selected , and it is to be understood that each specific element includes all technical equivalents that operate in a similar manner to accomplish similar functions . referring now to fig1 - 7 , the present invention in a preferred embodiment is a machine for scrubbing the exterior of a fowl comprising scrubber 10 , wherein scrubber 10 comprises track 70 ( best shown in fig2 and 5 ), central channel 20 , gap 95 ( best shown in fig2 ), first gear cabinet 30 and second gear cabinet 40 , wherein first gear cabinet 30 comprises first brush set 50 , and wherein second gear cabinet 40 comprises second brush set 60 . first brush set 50 and second brush set 60 are disposed within central channel 20 and track 70 is disposed above central channel 20 , wherein track 70 comprises shackle 80 for suspending bird 100 ( best shown in fig2 ). turning more particularly to fig1 , 3 a - b , first gear cabinet 30 comprises first gear set doors 55 , motor e 1 , ninety degree gearbox f 1 and first gear set 150 ( best shown in fig1 ) further comprises hubs a 1 - a 11 , gears g 1 - g 11 and brushes c 1 - c 11 , and wherein motor e 1 , through ninety degree gearbox f 1 , further rotates individual gear g 1 , and wherein individual gear g 1 engages and rotates individual gear g 2 , and wherein individual gear g 2 engages and rotates individual gear g 3 , and wherein individual gear g 3 engages and rotates individual gear g 4 , and so on in sequence through individual gear g 11 . accordingly , rotation of individual gear g 1 via motor e 1 , through ninety degree gearbox f 1 , further rotates the remainder of individual gears g 2 through g 11 , wherein odd - numbered gears g 1 , g 3 , g 5 , g 7 , g 9 and g 11 rotate in a counterclockwise direction if viewed from rear 35 of first gear cabinet 30 and even - numbered gears g 2 , g 4 , g 6 , g 8 and g 10 rotate in a clockwise direction when viewed from rear 35 of first gear cabinet 30 . if viewed from within channel 20 , the rotation would be opposite to that described above . turning now more particularly to fig1 , 4 a - b , second gear cabinet 40 comprises second gear set doors 65 , motor e 2 , ninety degree gearbox f 2 and second gear set 160 ( best shown in fig1 ) further comprises hubs aa 1 - aa 11 , gears gg 1 - gg 11 and brushes cc 1 - cc 11 , and wherein motor e 2 through ninety degree gearbox f 2 rotates individual gear gg 1 , and wherein individual gear gg 1 engages and rotates individual gear gg 2 , and wherein individual gear gg 2 engages and rotates individual gear gg 3 , and wherein individual gear gg 3 engages and rotates individual gear gg 4 , and so on in sequence through individual gear gg 11 . accordingly , rotation of individual gear gg 1 via motor e 2 through ninety degree gearbox f 2 rotates the remainder of individual gears gg 2 through gg 11 , wherein odd - numbered gears gg 1 , gg 3 , gg 5 , gg 7 , gg 9 and gg 11 rotate in a clockwise direction if viewed from rear 45 of second gear cabinet 40 and even - numbered gears gg 2 , gg 4 , gg 6 , gg 8 and gg 10 rotate in a anti - clockwise direction when viewed from rear 45 of second gear cabinet 40 . if viewed from within channel 20 , the rotation would be opposite to that described above . turning now to fig6 a , 6 b and 7 , bearing hubs a 1 to a 11 support brushes c 1 through c 11 , respectively , wherein brushes c 1 through c 11 comprise front face 205 , back face 305 , lobes 230 , back plates 300 , througholes 500 and bristles 200 , and wherein bristles 200 comprise tip 220 and end 208 , and wherein end 208 is secured by fastener 600 , such as , for exemplary purposes only , crimped - on fasteners ( best shown in fig7 ). it will be recognized by those skilled in the art that any type of fastener 600 that prevents end 208 from passing through throughholes 500 would suffice . bristles 200 are inserted tip first through throughholes 500 of lobes 230 via fastener 600 , wherein back plates 300 are secured over ends 208 , and wherein bristles 200 extend laterally away from front face 205 of lobes 230 , and wherein tips 220 of bristles 200 extend into central channel 20 and contact bird 100 . rotation of brushes c 1 through c 11 causes bristles 200 to scour the surface of bird 100 , thereby removing undesirable contaminants including bacteria from bird 100 . similarly , bearing hubs aa 1 to aa 11 support brushes cc 1 through cc 11 , respectively , wherein brushes cc 1 through cc 11 comprise front face 205 , back face 305 , lobes 230 , back plates 300 , througholes 500 and bristles 200 , and wherein bristles 200 comprise tip 220 and end 208 , and wherein end 208 is secured by fastener 600 , such as , for exemplary purposes only , crimped - on fasteners ( best shown in fig7 ). it will be recognized by those skilled in the art that any type of fastener 600 that prevents end 208 from passing through throughholes 500 would suffice . bristles 200 are inserted tip first through throughholes 500 of lobes 230 via fastener 600 , wherein back plates 300 are secured over ends 208 , and wherein bristles 200 extend laterally away from front face 205 of lobes 230 , and wherein tip 220 of bristles 200 extend into central channel 20 and contact bird 100 . rotation of brushes cc 1 through cc 11 causes bristles 200 to scour the surface of bird 100 , thereby removing undesirable contaminants including bacteria from bird 100 . bristles 200 comprise , for exemplary purposes only , polypropylene or similar , tough but resilient material . while brushes c 1 through c 11 and cc 1 through cc 11 rotate and scour bird 100 , water , or other cleaning fluid , is sprayed from water spray inlets i toward bird 100 , wherein the combination of brushing and spray washing facilitates cleaning of bird 100 in an effective manner . motor e 1 is selectively rotated in one direction and motor e 2 is selectively rotated either in the same direction as motor e 1 or in the opposite direction to motor e 2 . thus , selection of direction of rotation of motors e 1 , e 2 causes brushes c 1 and cc 1 to rotate together in the same direction or separately in opposite directions . turning specifically to fig5 , first ends 12 and second ends 14 comprise threaded height adjusters j , wherein threaded height adjusters j comprise blocks 700 , threaded bolts 701 connected between pairs of blocks 700 , and bars 900 , and wherein one of each pair of blocks 700 is secured to each of bars 900 while the other block 700 of a pair is secured to each of gear cabinets 30 , 40 . adjustment of threaded bolts 701 moves blocks 700 of a pair together or apart , thereby raising or lowering gear cabinets 30 , 40 . the vertical position of first gear cabinet 30 and second gear cabinet 40 is controlled via threaded height adjusters j . thus , operation of threaded height adjusters j moves first gear cabinet 30 or second gear cabinet 40 upward or downward to position scrubber 10 at the most effective height for scrubbing bird 100 by the sequence of brushes c 1 to c 11 and brushes cc 1 to cc 11 . also depicted in fig5 , bars 900 comprise screw adjustments 802 and rollers 400 , wherein scrubber 10 is suspended from above on rollers 400 . width adjusters w accordingly comprise rollers 400 , screw adjustment 802 and rod 803 . the width between first gear cabinet 30 and second gear cabinet 40 is controlled via width adjusters w , wherein rotation of rod 803 moves screw adjustment 802 , and wherein bars 900 are suspended via rollers 400 , and wherein width adjusters w selectively position first gear cabinet 30 and second gear cabinet 40 apart . alternately , gear cabinets 30 , 40 can be swiveled via width adjusters w to provide positional spacing as desired . turning now more particularly to fig2 and 5 , in use , bird 100 is suspended from shackle 80 , wherein shackle 80 comprises loops 90 , and wherein tarsal joints 110 of legs 120 of bird 100 are secured within loops 90 . subsequently , shackle 80 travels down track 70 via conveyer 75 ( best shown in fig5 ) at a fixed height , conveying bird 100 through scrubber 10 from first end 12 to second end 14 . returning now more particularly to fig1 , 2 and 5 , as bird 100 traverses through central channel 20 , rotation of brushes c 1 to c 11 and brushes cc 1 to cc 11 causes tips 220 to vigorously scour bird 100 . selected directional rotation of brushes c 1 and cc 1 as bird 100 approaches brushes c 1 and cc 1 causes bristles 200 to move upward , exposing underwing areas 105 of bird 100 . as bird 100 reaches brushes c 2 and cc 2 , wing 107 is brushed downward by bristles 200 . continuing forward , bird 100 reaches brushes c 3 and cc 3 , wherein once again bristles 200 move upward again exposing and cleaning underwing areas 105 . after bird 100 completes its traverse through central channel 20 , it has been effectively cleaned . it is envisioned in an alternate embodiment of the present invention that a system of pulleys could be utilized instead of hubs a 1 - a 11 , aa 1 - aa 11 . it is envisioned in a further alternate embodiment of the present invention that different rotational directions of brushes c 1 to c 11 and brushes cc 1 to cc 11 could be - utilized . it is envisioned in still a further alternate embodiment that first gear cabinet 30 and second gear cabinet 40 can be pivoted along their horizontal length axis via a plate and screw adjustment mechanism . in still a further alternate embodiment of the present invention , it is envisioned that brushes c 1 - c 11 and cc 1 - cc 11 could be swivelly - secured to gears and gg 1 - gg 11 , respectively , to permit adjustment . the foregoing description and drawings comprise illustrative embodiments of the present invention . having thus described exemplary embodiments of the present invention , it should be noted by those skilled in the art that the within disclosures are exemplary only , and that various other alternatives , adaptations , and modifications may be made within the scope of the present invention . merely listing or numbering the steps of a method in a certain order does not constitute any limitation on the order of the steps of that method . many modifications and other embodiments of the invention will come to mind to one skilled in the art to which this invention pertains having the benefit of the teachings presented in the foregoing descriptions and the associated drawings . although specific terms may be employed herein , they are used in a generic and descriptive sense only and not for purposes of limitation . accordingly , the present invention is not limited to the specific embodiments illustrated herein , but is limited only by the following claims .
a machine for scrubbing a fowl , wherein the machine comprises at least one pair of opposing rotating brushes , wherein the fowl passes between said at least one pair of opposing rotating brushes . the pair of opposing rotating brushes comprises a first rotating scrubber and a second rotating scrubber having bristles extending therefrom . the fowl is suspended via a shackle suspended from a track , wherein the height of the scrubbing machine may be selectively varied via a threaded height adjuster . the bristles of the machine are rotated , wherein the bristles contact the exterior of fowl travelling through the machine . jets of water , or other cleaning fluid , spray inwardly to reach the fowl and the scrubbing bristles to rinse removed material from the fowl and bristles . the brushes are rotated through hubs attached to gears powered by a motor , wherein the gears may be selectively rotated in either direction .