Abstract: A device for producing a three-dimensional laminate for the construction industry from a plurality of layers of particulate material, which layers are arranged one on top of the other on a printing platform, are consolidated in locally predetermined regions, and are bonded to one another to form a three-dimensional laminate. The device includes a printing frame and at least two coating devices for applying the particulate material layer by layer on the printing platform. The at least two coating devices are movably mounted on the printing frame, preferably along a longitudinal guide. A printing head is provided for discharging a binder at the locally predetermined regions, and the printing head is movably mounted on the printing frame, preferably along at least one longitudinal guide. The at least two coating devices and the printing head are in each case movable in relation to one another.

Abstract: A production installation for the automated manufacture of parts, particularly a pallet circulating installation for the manufacture of reinforced concrete elements and/or an installation for manufacturing reinforcement elements, includes an electronic control computer which is connected to sensors and control elements in the production installation and controls the production sequence. At least one display device is provided for the schematic graphical representation of the production installation and the current state data therefor. A mass memory is provided which can be used to store the state data for the production installation in time-indexed fashion over a period which goes beyond the production time for a part. Also, an electronic computer unit and a display device are provided which can be used to retrieve and graphically display the historical state data stored in the mass memory, together with a schematic graphical representation of the production installation.

Abstract: Method for continuously producing a mesh-type support by welding a lower member arrangement, which comprises at least one lower member, in particular two lower members, and an upper member, which is arranged at a specific height in relation to the lower member arrangement, and has at least one diagonal member running back and forth between the at least one lower member and the upper member, in particular in a zigzagging form, wherein the welding of the at least one lower member and the upper member to the at least one diagonal member is performed by means of a lower-member welding device and an upper-member welding device, wherein the height of the upper member in relation to the lower member arrangement is changed during the continuous production of the mesh-type support. The invention also relates to a device for carrying out the method.