EP1867828A1

EP1867828A1 - Protection profile for double glazing

Info

Publication number: EP1867828A1
Application number: EP06380058A
Authority: EP
Inventors: Enrique Nicolas Romera
Original assignee: Individual
Current assignee: NICOLAS ROMERA CECILIO
Priority date: 2006-03-23
Filing date: 2006-03-23
Publication date: 2007-12-19
Anticipated expiration: 2026-03-23
Also published as: ES2345381T1; PL1867828T3; ES2345381T3; ES2345381T8; DK1867828T3; EP1867828B1; PT1867828E

Abstract

A perimeter coating system is designed to be arranged along all the periphery of a double glazing glass in order to protect their edges which present high fragility to impact during the transportation and installation process thereof. The perimeter coating system shall protect the double glazing glass edges due to be made of a plastic material with high elasticity and therefore properly resistant to impacts and also due to fit tightly the double glazing glass borders with its special U-shaped design.

Description

PURPOSE OF THE INVENTION [Seal of the San Gines, Murcia, post office, dated 28.4.05]

The purpose of this invention is to present a perimeter coating and protection system for double glazing glass. This kind of glass has specific features, as it is made up of two separate panes of the same or different thickness hold apart by an aluminium bar known as spacer bar. Its function is to create a hermetically sealed air space between both panes, which will provide thermal and acoustic insulation.
The special features of this kind of glass have led to a progressive increase in its demand, which accounts for the appearance of innovations that aim to improve any of the stages ranging from orders for manufacture to on-site installation.

BACKGROUND OF THE INVENTION

The background of this invention is virtually nonexistent, as we can see from the current state of technology. Specific protection products can only be found in the field of protections for transport. These protections are formed of a series of adhesive cork pads - or a material with similar characteristics - that are stuck to the glass surface preventing the panes from getting in contact with each other when piled up for transportation. This way vibrations can be absorbed and rubbing, which may be the cause of breakages, can be prevented.
The perimeter coating proposed offers improvements in many other aspects for which no similar products are currently available.

DESCRIPTION OF THE INVENTION

The perimeter coating proposed in this invention consists of a profile made of extruded PVC or any other material with similar characteristics. The profile is U-shaped so that it fits around the whole perimeter of the glass and completely coats the edges of the two panes that make up the double glazing. The edges of both panes are thus protected and the sharp edges of the doubled glazing unit are eliminated, which will benefit the handling and installation processes. Therefore the benefits of this invention can be enjoyed from the moment the double glazing unit leaves the production line until the on-site installation is completed. We would like to draw particular attention to the fact that this invention does not refer to the size or particular shape of the perimeter coating but to the glass protection system which consists in covering the edges of the panes.
The above mentioned benefits are the following:

• The double glazing has an outer sealing that ensures that the two panes do not slide over each other. This sealing can be made using different materials, all of them having a silicone-like texture and needing a specific drying time. Therefore, it is necessary to wait some time before a double glazing unit can be handled after it has been manufactured. Otherwise the highly adhesive materials used for the outer sealing would stain the operator or the tool used to hold the pane, and eventually stain the pane itself. To minimize this effect, suction pads and tools that help to avoid contact with the double glazing borders are used. In no case, however, are these solutions global; they try to minimize the problem without eliminating it. With the coating we propose, the operator will have no problem handling the pane from the moment it leaves the production line, since the profile is fixed on the pane immediately after the outer sealing. The abovementioned texture of the materials used for the sealing is the one that fixes the profile temporally while it is still wet and permanently once it is dry. This way we have managed to turn an initial disadvantage of the product, which is characteristic of the production process, into a means of sticking the perimeter coating permanently as the profile and the two panes are sealed at the same time.
• Once it has been manufactured, the double glazing unit has to be transported to the customer. The distribution process is carried out with the panes leaning against each other on a tool and resting on their sides. The panes should not come into direct contact with each other since any movement that makes them rub against each other might cause a break. Presently adhesive cork pads of approximately 1 sq cm surface area and 2-3 mm thickness are placed between them. These cork pads would not be necessary with the perimeter coating proposed since the thickness of the profile acts as a separating element, with the subsequent saving in costs and installation time.
• In the handling process of any double glazing in which an operator intervenes, the operator needs to be provided with protective elements against potential injuries caused by the sharp edges of the two panes that form the double gazing unit. The system proposed solves this problem since the edges along the whole perimeter are hidden.
• During the transport and following on-site installation of a double gazing unit, the panes break at some points due to the extreme weakness of glass against chipping caused by light to moderate impacts on their edges. Since these edges are protected by a kind of cover, the percentage of cracks due to this reason would be virtually nonexistent. The only unavoidable breakages would be those caused by serious impacts.

DESCRIPTION OF THE DRAWINGS

In order to complete the description given and to facilitate the understanding of the product or system claimed, a number of explanatory drawings have been included at the end of this report. The drawings consist of two figures with the following description:

Figure 1.- It shows a double glazing unit to which the claimed coating system has been applied. The figure includes a series of numbers of which number 1 corresponds to the double glazing and numbers 2.1, 2.2, 2.3 and 2.4 to the coating. The four parts forming the coating have the same design but different lengths, two of them matching the other two in length. The points where two sides meet have been lowered to 45° so that they form right angles. A section called AA' has been marked in this figure.
Figure 2.- It shows a drawing of section AA', in which number 1 corresponds to the double glazing unit, numbers 2.2 and 2.3 to the opposite sides of the profile that forms the coating, number 3 to the spacer bar that generates the inner air space when the two panes are joined together over it, and number 4 to the product that makes up the outer sealing and will keep the two panes and the perimeter coating sealed as mentioned above.

Claims

Coating system for double glazing whose main feature is protecting the edges of the glass panes that form the glazing by applying a profile on the perimeter of the double glazing unit.
Coating system for double glazing, according to claim 1, whose distinctive feature is the U-shaped profile that forms the perimeter coating and fits around the edges of the double glazing unit.