the dough parting apparatus of the machine , in the illustrated exemplary embodiment , has a parting chamber roller 2 having individual parting chambers 3 and pivotably supported at 1 and 1 &# 39 ; ( see fig5 ). a portion of the supply of dough located in a funnel 4 is filled by means of the main piston 5 into each of the individual chambers 3 . once the parting chambers 3 are filled , the parting chamber roller 2 is caused to pivot counterclockwise , as viewed in fig1 whereupon the pieces of dough are expelled and scraped off from the parting piston 7 by means of the scraper shaft 6 which is likewise rotating counterclockwise that is , in the same direction as the counterclockwise movement of the parting chamber roller 2 ( as viewed in fig1 ). after the parting chamber roller 2 has reached its terminal pivoting position ( fig3 ), it is pivoted clockwise back into the refilling position ( fig4 ). the channel apparatus 14 having an end 8 that is tubular in the lower portion is located beneath the dough parting apparatus . beneath the end 8 is the kneading apparatus having the kneading cup carrier frame 9 , in which the pre - kneading cups 10 and then the kneading cups 11 are fastened . the kneading belt 12 is located beneath these kneading cups . the pre - kneading cups 10 and the kneading cups 11 , together with the kneading cup carrier frame 9 , are set into a spirally circling movement in a known manner . during the period when the kneading movement is executed , the kneading belt 12 is held stationary , so that the pieces of dough are round - kneaded in the pre - kneading cups 10 and the kneading cups 11 . during the period of round - kneading of the pieces of dough resting on the kneading belt , the filling process of the measuring chambers takes place . the measuring chambers 3 are filled with dough in that the main piston 5 presses the dough into the chambers . the parting pistons 7 are pushed back against the adjustable stop shaft 15 constituting a first stop means . by the pivoting of the parting chamber roller 2 , the parting pistons 7 are brought into the expulsion position by means of the stop shaft 16 constituting a second stop means , which is disposed in a stationary manner ( fig2 and 3 ), and which cooperates with a cam surface on the rear portion of the parting piston ( as shown more clearly in fig2 ). thereafter , the scraper shaft 6 scrapes the portions of dough from the parting pistons 7 ( fig3 ). once the pre - kneading of the row of pieces of dough is completed , because of the prespecified duration of kneading , then as shown in fig2 the kneading cup carrier frame 9 is raised , so that subsequently the kneading belt 12 advances the row of pieces of dough by an increment of one interval between rows in the direction of the arrow , that is , from the pre - kneading zone where the pre - kneading cups 10 are located into the kneading zone of the kneading cups 11 . while the kneading cup carrier frame 9 is raised from the kneading belt 12 , no kneading movement takes place , and so the tubular lower ends 8 of the channel apparatus 14 enter into the pre - kneading cups 10 as these latter move upward ( fig2 ). during this period of time , the kneading belt 12 advances the row of dough pieces . the kneading movement of the kneading cup carrier frame 9 is executed with known rotating eccentrics 13 and 13 &# 39 ;; the axial zero position of the kneading eccentrics exists when the kneading eccentrics are moving upward . the channel apparatus 14 receives the expelled pieces of dough at its upper end at predetermined intervals . the course of the channel in the channel apparatus 14 may be inclined , so that the tubular lower ends 8 may be spaced apart by a selectable distance , matching the transverse spacing between the pre - kneading cups 10 . the channel apparatus 14 is easily interchangeable or adjustable for various transverse spacings , as is the receptacle for the pre - kneading cups 10 and the kneading cups 11 , in terms of the transverse spacing between them . obviously , many modifications may be made without departing from the basic spirit of the present invention . accordingly , within the scope of the appended claims , the invention may be practiced other than specifically disclosed herein .
an automatic dough parting and kneading machine has at least one channel between the parting chamber and the kneading apparatus . means are provided to periodically and selectively raise the kneading apparatus into at least partial telescopic engagement with the channel . thereafter , the kneading belt is periodically advanced .