CS239818B1 - Vertical form of building element - Google Patents

Abstract

The vertical form of a building element is intended for the production of building elements using vertical technology. In a vertical form, where one of the two sheets has sidewalls and a bottom frame, all forming parts such as boxes, strips, etc. are placed on this sheet. The vertical form can be used for the production of building elements using vertical technology, e.g. in a vertical battery of the VVÚPS type.

Description

(54) Vertical form of building component

Vertical form of building element is designed for production of building elements by vertical technology. In a vertical mold, where one of the two sheets has sidewalls and a bottom frame on this sheet, all molding parts such as boxes, moldings, etc. are placed. The vertical mold can be used in the production of components by vertical technology, e.g. in a vertical battery type VVÚPS.

39 ³

The invention relates to a vertical form of a building element produced by vertical technology, e.g. in a vertical battery.

Known vertical mold ¹ consists of two articles, the bottom of the frame and side panels. On one of the links there is a lower frame and sidewalls whose position determines the dimension of the building element. Molding parts such as boxes of various sizes, moldings and the like. forming the desired holes, transfers and grooves are predominantly located on the adjacent (outgoing) cell. During the transformation from one kind of building element to another, shape and dimension, the molding parts, which are placed on both links, are also replaced.

The disadvantages of this known vertical mold are that in the reforming, the cell on which the molding elements such as the lower frame, the sidewalls and others can be heated from the production line and completely reshaping can be formed because other molding elements such as different boxes, moldings and Come. are on the adjacent sheet. Removing one sheet disrupts the two vertically molds. In principle, the reforming takes place only at the line, either at the time of production, when there is a loss of performance, or outside the time of production after working hours, or during non-working hours.

These disadvantages and drawbacks are eliminated by the vertical form of the building element according to the invention, which

And, the molding members are located on one link on which the bottom frame and the sidewalls are located.

An advantage of the invention is that it reduces downtime in production due to the reforming of the true form and increases the performance of the device.

Another advantage is that the preforming takes place outside the production line, making the entire production technology more flexible in terms of the range of elements produced.

An exemplary embodiment of the invention is shown in the drawing, wherein FIG. 1 is a fragmentary elevational view of the mold; FIG. 2 shows a side view of the mold and FIG. 3 is a side view of the mold with the element moved away from the sheet itself prior to collection.

The vertical mold consists of the leaves 1 and 2, the lower frame 4, the side panel 5, which is fixed in a known manner via the rocker levers 11 on the holder 10. In the space between the side panels 5 and the bottom frame 4 there are spice boxes 6, bars 7, 8; door insert 9 and the like.

. All of said molding elements are located on sheet 1.

Prior to stripping the element 12 together with the lower frame 4 and the side panel 5, it is pulled away from the sheet 1 by the distance necessary to remove the element 9 from the mold.

The vertical form of the building element can be used in the manufacture of building components produced by vertical technology, e.g. in a vertical battery type VVÚPS.

Claims (1)

SUBJECT A vertical mold of a building element, characterized in that all molding elements such as boxes (6), sheets (7, 8) and others of the invention are located on a sheet (1) on which the sidewalls (5) and the lower frame are located.