GR1009125B - Maximum-visibility bypass sash system - Google Patents

Abstract

Novelty: a bypass sash system of maximum visibility is disclosed. Constitution: a frame created by the guide 1 of the upper part and the guide 8 of the lower part and the two vertical parts. The lower guide 8 is solely 35mm high and destined to receive the entire lower horizontal part of the moving leaf of the sash which is manufactured with the profile 4. The sash slides on rollers 14 fixed on the axle 10 housed in the recesses 15 of the lower profile 4 of the moving leaf. The rollers 14 are externally moving, on both sides of the profile 4 as depicted in fig. 1. Advantage: sliding of the leaf on a 35 mm-high guide, without floor-digging in buildings.

Description

1. DESCRIPTION

MAXIMUM VISIBILITY OVERLAY FRAME SYSTEM

The invention refers to a maximum visibility superimposed frame system. To date, the technology of manufacturing aluminum systems has no similar construction to show.

To date, the maximum visibility operator systems have on the lower part of the operator's movable sheet, rolling wheels which oblige the driver to be at a high height of more than fifty millimeters. This obliges the constructions of the officials to have a reception in the floor as well as an underground sink for the drainage of the waters. The installation of these systems requires special preliminary work in the construction of the building and cannot be used in existing buildings. Also, the large opening on the main floor of the building weakens the statics of the frame, since many times the concrete grids are also cut.

The invention as mentioned below aims and achieves the solution of these main disadvantages with a system, which is a new technical rule in the technology of manufacturing high-visibility employee systems, i.e. the concealment of the frame frame around the perimeter inside the wall where on the sides and especially at the bottom only 35mm recess required. This distance makes it possible to place the employees without requiring any preliminary work on the structure of the building and it is immediately placed in existing buildings. The classic height difference between the interior floor and the exterior floor (balcony) of the houses is thirty-five millimeters.

The advantages provided by this invention are mostly: 1) Concealing the perimeter profiles that form the frame of the panes with the smallest possible recess.

2)  Small height of the bottom guide (only thirty-five millimeters), which makes it possible to build and place the clerks in already existing houses or shops without any pre-work costs which exceed many times the cost of the frame.

3) Direct water outlet without underground sinks.

4) Perfect waterproofing from water and air.

5) Excellent aesthetic result.

6) Low manufacturing cost.

A way of applying the invention is described in the following with references to drawings that illustrate indicatively, descriptively, but also with technological clarity a way of basic implementation of a superimposed maximum visibility system, where: Figure 1 shows a section of the superimposed frame.

Figure 2 shows a side view of the corner of the movable leaf and the mounting slots of the frame roller wheels.

Figure 3 shows a front view of two wheels with their support axle.

Figure 4 shows a horizontal section of a superimposed frame.

Figure 5 shows a perspective view of two sheet plates and the support slots of the axles carrying the wheels.

Figure 6 shows the lower guide in perspective and the way the water flows.

The figures show a system of maximum visibility layer consisting of a guide (1) made of aluminum profile with grooves (2) inside which slide brushes (3) are placed. The guide (1) is placed at the top of the frame opening and is taller than the lower guide (8). Plasterboard (24) or other material can be placed on either side of the guide (1). The lower guide is also placed vertically on the sides of the frame. The movable leaf of the frame is made with the profile (4) which is cut at an angle of forty-five degrees so as to create a frame of desired dimensions which is firmly supported by dividing trade corners (5). The frame has internal glazing (7) with silicates (6). Each leaf of the frame has handles (18) which are in a straight line with the leaf without hindering the movement of the leaf by the brushes (3) as shown in figure 4. In the center the two leaves are joined together with a pin (17 ) which have rubber (19) which contributes to the waterproofing of the frame in the center and also as a stop without hearing noise. Sealing rubbers (20) are placed on both sides of the glass panes (7). Caps (16) are placed on the vertical guide (8) of the frame to cover the opening of the guide as shown in figure 4. In the lower horizontal part of the profile (4) of the mobile leaf, slots (15) are made on the pantograph or another tool, one or more as shown in figure 2 in which the axles (10) of the rolling wheels (14) are placed. The shaft (10) has sockets (11) on both sides and at the ends, where after the rolling wheel (14), which has a needle-shaped bearing (25) inside it, passes through, then the washer (13) and the exit of the rolling wheel (14) is blocked by the fuse (12) which goes into the socket (11) of the shaft (10). This wheel system is first placed on the guide (8) inside the recesses (9) as shown in figure 1. Then the movable leaf of the frame goes into the cavity of the upper guide (1) and then descends downwards, sinks into in the guide (8) where the axles (10) of the rolling wheels (14) go into the slot (15) that carries the lower horizontal profile (4) of the leaf frame. The wheels (14) are on either side of the profile (4) as shown in figure 1. The drainage of the water from the lower guide (8) is achieved as follows: from the two ends of the guide (8) parts of the countryside are removed in the pantograph ( 9) of the guide so that water can escape from the ends of the guide (8) to the outside. A section (23) is also removed from the outer end of the guide (8). On the outer part of the guide (8) is placed a marble (21) which also has on the lower part of the edges part removals which create rectangular holes (22) for water drainage towards the balcony as shown in figure 6. The rolling wheels may are removed as follows: The movable leaf is lifted then we turn the axis (10) of the rolling wheels (14) horizontally and parallel to the lower guide (8) and it is removed.

The above basic components are assembled as shown in the attached drawings during their basic construction and operation and can be made in any desired shape, size or shape and type of material. Possibilities of detailed modifications are not considered in the present description and drawings. For every construction need, it is possible to modify either the forms of the profiles and the components, or their operating mechanisms, without altering the basic principle of the invention with the aforementioned advantages.

Claims (1)

3. CLAIMS 1 : A supervisibility superimposed frame system characterized in that it consists of a lower guide (8) thirty-five millimeters high with projecting sections (9) within which move rolling wheels (14) which are supported on a shaft (10) which fits in sockets (15) which are made in the profile (4) of the movable leaf of the frame so as to create a space within thirty five millimeters for the rolling of the wheels. The height of the profile (4) is completely immersed in the guide (8) so that only the glass panel (7) of the mobile leaf is visible. The wheels (14) move on both sides and outwards from the width of the profile (4) of the movable leaf of the frame. With this arrangement, it is possible to install a superimposed frame with maximum visibility at a driver height of thirty-five millimeters, without requiring the removal of a part of the lower floor of the buildings for the passage of sinks.