Abstract: A method for producing a thermoelectric module (1) having an inner tube (2), and an outer tube (8), and at least two thermoelectric base elements (5), the method including providing the thermoelectric base elements (5) outside the inner tube (2) or inside the outer tube, and widening the inner tube (2) and/or shrinking the outer tube (8). At least one plastically or elastically deformable functional layer is applied between the inner tube (2) and the thermoelectric base elements (5) and/or between the thermoelectric base elements (5) and the outer tube (8) before the widening/shrinking, and the thermoelectric base elements (5) are operatively connected to the functional layer parallel to the inner tube (2), such that an interference fit assembly is produced by the widening of the inner tube (2) and/or the shrinkage of the outer tube (8).

Abstract: A hydrostatic drive includes at least one hydrostatic pump configured to supply at least one hydrostatic consumer and an apparatus for an energy recovery procedure of at least a part of the energy that is output by the consumer. An electronic control unit or at least one software component is further included, with which the energy recovery procedure is controlled in a variable manner and depends upon detected influencing variables.

Abstract: A hydrostatic drive includes at least one hydrostatic pump configured to supply at least one hydrostatic consumer and an apparatus for an energy recovery procedure of at least a part of the energy that is output by the consumer. An electronic control unit or at least one software component is further included, with which the energy recovery procedure is controlled in a variable manner and depends upon detected influencing variables.

Abstract: A method is provided for producing a thermoelectric component having at least one pair of thermoelectric legs, including an n-leg and a p-leg, wherein both legs are welded to an electrically conductive contact material, and wherein the n-leg and the p-leg of the pair of legs are welded in separate welding steps to the contact material. A thermoelectric component produced by the method is also provided.

Abstract: A method is provided for producing a thermoelectric component having at least one pair of thermoelectric legs, including an n-leg and a p-leg, wherein both legs are welded to an electrically conductive contact material, and wherein the n-leg and the p-leg of the pair of legs are welded in separate welding steps to the contact material. A thermoelectric component produced by the method is also provided.