referring now to the drawings , and in particular to fig1 through 4 and 6 , a machine 1 for conditioning of stalked goods as used primarily in agriculture , includes a rotor 4 rotatable about an axle 2 substantially parallel to the ground in a direction as shown by the arrow 3 , which coincides with the direction of motion of the wheel of a device , such as a tractor , driving the machine &# 39 ; s rotor . channel forming means 5 are disposed opposite a portion of the periphery of the rotor 4 and forming therewith a guide channel 6 . the rotor 4 , whose axle 2 is disposed in a direction at an angle , preferably at right angles , to the direction of movement of the machine and which serves as a tool carrier constituting both an impact - and supply - mechanism , is provided along its width , as can best be seen from fig8 with a plurality of arms 7 extending outwardly from the rotor 4 , and provided at their free end portions 8 with brushes 9 . in an alternate version of the invention shown in fig5 there is provided in lieu of the arms 7 a rotor which is implemented as a drum 10 , which is coaxially mounted with the axle 2 , and which carries on its circumference the brushes 9 . the individual brushes 9 are spaced from one another at respective substantially equal angular spacings , and also at substantially equal distances along the width of the drum 10 . instead of providing a plurality of individual brushes 9 , the brushes or brush elements mounted on the periphery of the drum 10 may be implemented in the form of an endless brush with its bristles projecting radially outwardly . so that the individual brush elements 9 , or the respective brush elements mounted along the entire width of the rotor can effectively operate , in one version of the invention the outer arms 7 are connected at their free ends 8 by a rod member 13 , the brushes 9 being secured to the rod member 13 . each brush or brush element 9 includes a plurality of elastic bristles 14 . the bristles 14 are secured with one of their ends to the periphery of the rotor 4 , and project radially outwardly , their free ends 15 defining a trajectory during rotation of the rotor 4 , having a radius exceeding that of the rotor 4 . as can be seen in particular from fig1 through 6 , conveying prongs 16 are mounted near respective brushes 9 connected to the periphery of the rotor 4 . the conveying prongs 16 , which are mounted on the periphery of the rotor 4 and extend radially outwardly therefrom , project with their free ends 16 beyond the free ends 15 of the bristles 14 . as a result of an end of each conveying prong 16 opposite its free end 17 being formed in the shape of a loop 18 , each conveying prong 16 is resiliently mounted for moving about an auxiliary axis parallel to the main axis . here it is advantageous for an improved acceptance of the cut stalked goods , if the operative trajectory of the free ends 17 of the conveying prongs 16 rotating with the rotor 4 has a diameter substantially larger than the diameter of the corresponding operative trajectory of the bristles 14 . the conveying prongs 16 may be mounted at regular respective distances from one another extending over the entire width of the rotor 4 , or may be provided in pair - like arrangements , so that each brush 9 is mounted along a pair of conveying prongs 16 . it can be further seen from the drawings , particularly fig1 through 6 , that each brush has a trailing edge 19 relative to the direction of rotation of the rotor 4 , there being mounted near thereto at least one prong 16 located near the rear edge 19 . the channel forming , or guide means 5 are pivotably adjustable for movement substantially in a radial direction relative to the free end portions 17 of the conveying prongs 16 . for this purpose the channel forming means 5 , which are implemented by a bent metal sheet , includes pivoting means , the channel forming means 5 being pivotable about the pivoting means near its free end 20 disposed at the entry 21 of the guide channel 6 ; the pivoting means are mounted near the free end of a hood 22 covering the rotor 4 . at an end 23 of the channel forming means 5 opposite to its end 22 an actuating rod 24 of a lever mechanism 25 is connected to the channel forming means 5 , so that the channel forming means 5 , which extends within the hood 22 , and which in its curved form closing parallels the operative trajectory of the brush elements 9 , may be adjusted and secured at various spacings from the periphery of the rotor or toolcarrier 4 . from the drawings , particularly fig1 through 6 , and 8 , it will be seen that sets of prongs 16 are arranged along sets of adjacent circles of the periphery of the rotor 4 and that the channel forming means 5 has a plurality of slits 26 permitting the free end portions 17 of the prodding prongs 16 to pass through the slits 26 , without impairing the rotary movement of the rotor 4 . this permits the channel forming means 5 to be adjusted in a radially inward direction until it almost abuts the free ends 15 of the bristle 14 , due to the free ends 17 of the conveying prongs 16 passing through the slits 26 . as can be seen in the version shown in fig2 a disc mower 27 is operatively located ahead of the rotor 4 , relative to the direction of movement of the machine , and wherein the mower operatively defines a &# 34 ; cutting line &# 34 ; for the stalked goods , the rotor 4 being disposed behind the cutting line relative to the direction of movement of the machine . the machine , according to the present invention together with the disc mower 27 forms jointly a mower conditioning machine 28 . in fig3 there is shown a mower - conditioning machine 28 &# 39 ;, which uses instead of the disc mower 27 a drum mower or circular mower 29 . in contrast to the version shown in fig1 and 2 , the the guide means 5 is not disposed within the hood 22 which covers the rotor 4 , but forms itself a front region 30 of the hood 22 , extending from the entry region 21 up to about half the diameter of the rotor 4 . the region 31 of the hood 22 is provided on its rear end with a substantially vertical impact wall 32 . this version is simpler and less costly than the version including the guide means 5 in the interior of the hood 2 . as is the case in the other versions of the invention , also in the version of the invention illustrated in fig3 the guide means 5 is pivotably mounted near the entry 21 of the guide channel 6 , the pivoting means 33 being mounted on the ( non - illustrated ) frame of the mower - conditioning machine 28 &# 39 ;. the adjustment of the guide means 5 in a radial direction is accomplished in a manner similar to the versions illustrated in fig1 and 2 through a lever mechanism 34 , which is pivoted on the frame 35 of the drum mower 29 , and which is connected to an actuating lever 36 with the guide means 5 . the direction of adjustment of the guide means 5 is indicated in fig3 by a dotted line 37 . in contrast to the version of the invention shown in fig1 in the implementation of the invention shown in fig4 the arms 7 of the rotor 4 are two - piece arms , each arm 7 including a one - piece arm 39 secured to the axle 38 of the rotor 4 , and pivotably connected thereto , and a carrier arm 40 , on whose free and there are mounted the brushes 9 . in a further version of the invention shown in fig6 a device 1 includes a conditioning roll 41 operatively postcoupled to the rotor 4 , and disposed above the rotor 4 . the direction of rotation of the conditioning roll 4 may be the same as that of the rotor 4 , or may be in a direction opposite thereto . also the rotating velocity of the conditioning roll 41 may be greater or smaller than that of the rotor 4 . where stalked goods or fodder are passed through the guide channel 6 between the rotor 4 and the conditioning roll 41 , the free ends 27 of the conveying prongs 16 , which project radially beyond the bristles 14 of the brush arrangement 12 disposed on the periphery of the rotor 4 , are freely able to pass through the slits 26 of the guide means 5 . in still another version of the invention , shown in fig7 for conditioning of stalked goods , contrary to the version of fig6 the rotor 4 formed with a drum 42 is only provided with conveying prongs 16 serving a pick - up function , the conveying prongs 16 projecting radially outwardly from the smooth circumference 43 of the drum 42 . the conditioning roll 41 is , however , provided with a brush arrangement 44 , the conditioning roll 41 being preferably disposed above the drum 42 , and the circular brush arrangement 44 disposed on the circumference of the conditioning roll 41 is adjustable in spacing with respect to the drum 42 . the drum 44 thus functioning is equivalent to the action of the guide means 5 , forming between the drum 43 and the conditioning roll 41 provided with a brush arrangement , a guide channel 6 . the direction of rotation and / or velocity of the conditioning roll 41 , and its brush arrangement may be in a direction equal to the direction of rotation of the drum 42 , or in a direction opposite thereto , or it may rotate at a greater or smaller velocity than the velocity of the drum 42 . during operation the machine 1 , according to the present invention , the cut stalked goods are substantially accepted by the machine as the result of the action of the conveying prongs 16 being passed through the guide channel 6 , where the goods are subjected to a precisely adjustable and complete conditioning as a result of the action of the bristles 14 of the brush arrangement 12 . i wish it to be understood that i do not desire to be limited to the exact details of construction shown and described , for obvious moidifications will occur to a person skilled in the art .
in an agricultural machine movable over the ground in a prearranged direction and capable of conditioning stalked goods , including a rotor member defining a periphery and rotatable in use about a main axis substantially parallel to the ground , and a channel forming member adjacent the rotor member and establishing therewith a guide channel for guiding goods therethrough , a brush arrangement is mounted on one of the members operatively conditioning and sweeping the goods through the guide channel , and conveying prongs are connected to the rotor member at selected portions of its periphery .