FIELD: manufacturing technology.
SUBSTANCE: group of inventions relates to device (100) and method for fabrication of element of composite formwork (F). Element contains the first formwork panel (F1) and the second formwork panel (F2) from foamed polystyrene arranged at a distance from each other and parallel to each other in longitudinal direction (L) and fixed with multiple strutted metal structures (TS). Device (100) comprises supply station (110) for supply of multiple strutted metal structures (TS) arranged in parallel to each other, and located behind supply station (110) forming station (120) for receiving strutted metal structures (TS) and formation on their transverse part of first panel (F1) element of composite formwork (F). Forming station (120) comprises molding chamber (121) for receiving polystyrene balls or granules and foaming by hot steam. Balls or granules form the first panel (F1), embedding parts of strutted metal structures (TS). Forming station (120) also comprises size stabilization chamber (122) adjacent to molding chamber (121) to receive formed first panel (F1). Between forming chamber (121) and chamber (122) of size stabilization there is auxiliary molding chamber (123) communicated with molding chamber (121) and chamber (122) of size stabilization, which is heated optionally by feeding hot steam. Device (100) comprises movable unit (150) located immediately behind forming station (120) and made in form of press, which captures part of first panel (F1) outputting from chamber (122) of dimensions and moves it in production direction (L) by required length, thus providing partial or complete addition to volume of forming chamber (121) of volume of auxiliary molding chamber (123). Inventions also relate to a method for fabricating elements of a composite form, which can be implemented using the device according to the invention.
EFFECT: design of an automatic device for continuous production of formwork elements containing groups of mutually parallel strutted metal structures.
10 cl, 14 dwg
Authors
Dates
2019-05-31—Published
2015-12-29—Filed