Abstract: The invention relates to a process (100), in which, with the inclusion of an air-separation method (10), an oxygen-rich substance flow (b) is formed, which is subjected with a methane-rich substance flow (e) to a method for oxidative coupling of methane (20). From a product flow (e) of the method for oxidative coupling of methane (20), a carbon-dioxide-rich substance flow (i) is formed and subjected to a urea-synthesis method (50). A corresponding combined plant also forms the subject matter of the invention.

Abstract: The invention relates to a process (100), in which, with the inclusion of an air-separation method (10), an oxygen-rich substance flow (b) is formed, which, with a methane-rich substance flow (e), is subjected to a method for oxidative methane coupling. From the product flow (e) of the method for oxidative coupling of methane (20), one or more substance flows (f, i) are formed, which are subjected to one or more synthesis methods (40, 50) for the production of one or more nitrogen-containing synthesis products.

Abstract: A sugar beet puller wheel set includes a pair of generally upright, spaced apart, symmetrically non-parallel puller wheels, rotatably disposed on axles attached to a frame and having a gap therebetween. A gap adjuster is associated with at least one of the puller wheels, and is configured to move the at least one puller wheel axially along the respective axle with axial rotation of the gap adjuster, allowing selective adjustment of the gap.

Abstract: A root crop harvester apparatus includes a transverse frame, supported to move above ground in a harvesting direction and oriented generally perpendicular to the harvesting direction. A plurality of pairs of generally upright, spaced apart puller wheels are connected to the transverse frame in a trailing orientation, having a substantially common rotational axis, and configured to contact the ground, each pair having a pinch point therebetween. The transverse frame is pivotal about an axis that is substantially aligned with the substantially common rotational axis, whereby rotation of the transverse frame collectively rotates all of the pairs of puller wheels about the common rotational axis and thereby adjusts a location of all of the pinch points with respect to the harvesting direction.

Abstract: A root crop harvester apparatus includes a transverse frame, supported to move above ground in a harvesting direction and oriented generally perpendicular to the harvesting direction. A plurality of pairs of generally upright, spaced apart puller wheels are connected to the transverse frame in a trailing orientation, having a substantially common rotational axis, and configured to contact the ground, each pair having a pinch point therebetween. The transverse frame is pivotal about an axis that is substantially aligned with the substantially common rotational axis, whereby rotation of the transverse frame collectively rotates all of the pairs of puller wheels about the common rotational axis and thereby adjusts a location of all of the pinch points with respect to the harvesting direction.

Abstract: A sugar beet puller wheel set includes a pair of generally upright, spaced apart, symmetrically non-parallel puller wheels, rotatably disposed on axles attached to a frame and having a gap therebetween. A gap adjuster is associated with at least one of the puller wheels, and is configured to move the at least one puller wheel axially along the respective axle with axial rotation of the gap adjuster, allowing selective adjustment of the gap.

Abstract: A knitted fabric, a method of producing the knitted fabric and a warp knitting machine. The knitted fabric includes a first covering layer; a second covering layer; and an arrangement of pile threads formed as spacer threads between the first covering layer and the second covering layer. Each covering layer includes multiple stitch rows arranged one after another. The spacer threads have different lengths, and the spacer threads woven into each stitch row have equal lengths. The spacer threads in a first width region have a different length than the spacer threads in a second width region. For at least two adjacent stitch rows, one stitch row is connected to spacer threads of a first length in the first width region and one stitch row is connected to spacer threads of a second length in the second width region.

Abstract: A knitted fabric, a method of producing the knitted fabric and a warp knitting machine. The knitted fabric includes a first covering layer; a second covering layer; and an arrangement of pile threads formed as spacer threads between the first covering layer and the second covering layer. Each covering layer includes multiple stitch rows arranged one after another. The spacer threads have different lengths, and the spacer threads woven into each stitch row have equal lengths. The spacer threads in a first width region have a different length than the spacer threads in a second width region. For at least two adjacent stitch rows, one stitch row is connected to spacer threads of a first length in the first width region and one stitch row is connected to spacer threads of a second length in the second width region.

Abstract: A telescoping coulter system for an agricultural machine, operable on ground and having a frame and a moveable structure, includes a coulter arm, having a proximal end with a pivot point, and a distal end bearing a rotatable coulter disk. An extension mechanism connects the frame to the coulter arm, and is configured to translate the coulter arm between a raised transport position not in mechanical conflict with the moveable structure, and a lowered operational position in which the coulter disk can contact the ground and is proximate to the moveable structure.

Abstract: The invention is an assembly for moving and rotating a conveyor from a operational orientation to a transport orientation. The assembly includes: an actuator operatively connecting to a first frame; an arm operatively connecting to the actuator and pivotally connecting to a first frame; a support sub-assembly operatively connected to the first frame and selectively rotatable around an axis and moveable forward and rearward along the axis, the support assembly operatively connecting to a conveyor frame; a first turnbuckle pivotally connected to the arm and to the support sub-assembly; and a second turnbuckle pivotally connected to the first frame and to the support sub-assembly. The assembly may further include a second actuator operatively connected to the first frame and operatively connected through a plurality of pivotally attached connection arms to a hopper.

Abstract: A raschel machine comprises a stitch comb bar 9 whose holder 11 are swingable by the stitch comb shaft 12 and a knock-over comb bar 6 whose holders 8 are secured against swinging by an out-rigger 8a. The stitch comb shaft 12 is contained in knock-over comb bar holders 8. These holders are carried by a supplemental shaft 18 which is displaceable relative to the machine frame 17 with the assistance of displaceable eccentrics 20. In this manner, it is possible to alter the displacement setting of the knock-over comb 4 and the stitch comb 5 at the same time.

Abstract: A pile forming warp knitting machine having a spaced plurality of needles and a pair of separate sinker assemblies. These sinker assemblies have a plurality of pile sinkers and a plurality of enclosing, knock-over sinkers. Both pluralities of sinkers are interdigitated with the needles. The pile sinkers each have a distal edge and a proximal edge. The knock-over sinkers each have an enclosing recess. The knock-over sinkers also have (a) an exposed first segment with a knock-over edge, (b) a second segment integral with the first segment, and (c) an enclosing nose integral with the second segment and having an inside edge extending alongside the second segment at a predetermined distance therefrom. In a first working mode the knock-over sinkers reciprocate relative to the needles between an enclosing position and a knock-over position. The enclosing position is at the enclosing recess. The knock-over position is external to the enclosing recess.

Abstract: A warp knitting machine has a machine base (10), a main shaft (12) and knitting tool bars (13 to 17). Placed on the machine base is at least one gear box (18), having at least one side wall (24, 41), which is pierced by a bearing (25). A gear mechanism (27; 43) interacts on an inner portion of a shaft segment (24; 41). The outer portion of this shaft segment is drivably connected with a carrier arm (19; 37) for tool bars (13, 14, 15). In this manner, one obtains a very compact construction which inhibits oil leakage and substantially reduces noise emission while also offering the possibility of reducing the force necessary to operate the bars.

Abstract: A needle bar is made from a support member and a carrier. The needle bar can be made with a plurality of needle grooves. The bar is made by adhering the support member to the carrier. Then the support member is divided into a plurality of individual segments of predetermined length, after the support member is adhered to the carrier. Adjacent ones of the individual segments (a) can be spaced to form a gap narrower in width than the needle grooves, and (b) can have opposing edges shaped to form a concavity having a width equivalent to the needle grooves.

Abstract: A needle bar is made from a support member and a carrier. The needle bar can be made with a plurality of needle grooves. The bar is made by adhering the support member to the carrier. Then the support member is divided into a plurality of individual segments of predetermined length, after the support member is adhered to the carrier. Adjacent ones of the individual segments (a) can be spaced to form a gap narrower in width than the needle grooves, and (b) can have opposing edges shaped to form a concavity having a width equivalent to the needle grooves.

Abstract: In a warp knitting machine at least one swingable guide bar is driven in a shogging direction. This displacement is achieved through a drive member via a hinged push rod in dependence upon a path time function. This path time function is formed by overlapping a ground function with a compensation function. The ground function is the targeted displacement movement of the guide bar for proper lapping. The compensation function compensates for an axial mislap and possible collision during the swing-through of the guide bar. The compensation occurs at least during that segment corresponding to the passage of the guides through the needle gaps. Preferably however, compensation occurs over the entire ground function. This compensation substantially reduces the danger of collision between the guides and the needles.

Abstract: Warp knitting machine comprising at least one guide bar axially displaceable by a pattern drive and a return spring acting thereon. At least two separate springs acting in combination upon the guide bar, have different resonant frequencies. Furthermore, they have independently adjustable, effective spring forces. By this means, it is possible to obtain a higher rate of revolution for the warp knitting machine then was heretofore possible.