DE202008003195U1 - Improved honeycomb structure of a screen - Google Patents

Abstract

The improved honeycomb structure of a screen with textile-related inner and outer panels that distinct edges on the sides have, leading to an upper or a lower surface, the one upper area shorter as the associated lower is and the other longer as the associated lower. The assembly of the inner and outer panels is done in the opposite direction and they are placed one above the other, with each a lower surface with an upper surface is connected by middle offset gluing, so that a the Light-exposed light blocking outer and an inward facing decorative surface arise. The bonding takes place fabric-on-fabric, being ignored is left whether it is the same material. Bonding fabric-on-fabric leads to a denser connection with less tendency to shift what simplifies production and increases efficiency.

Description

Background of the invention

(a) Field of the invention

The Invention relates to a screen with a honeycomb structure, which not only has improved stability, but also easier is to produce.

Description of the current state of the technology

• 1. Ungleichmäßige Verklebung erzeugt optische Unstimmigkeiten.
• 2. Obwohl die Flächen dicht miteinander verklebt werden können, können leicht Probleme in der Querrichtung auftreten.
• 3. Anforderungen an die Präzision der Verklebung führen zu wenig effizienter Produktion.

Screens with honeycomb structure are usually composed of a number of inner and outer panels with pronounced side edge. You have how out 1 see a light-exposed light blocking and an inwardly facing decorative surface. Conventional screens with honeycomb structure consist of a variety of textile materials for the inner ( 1 ) and the outer ( 2 ) Panels and have pronounced lateral edges ( 11 . 21 ), upper surfaces ( 12 . 22 ) and lower surfaces ( 13 . 23 ). Inside ( 1 ) and outer ( 2 ) Shutters are mounted in opposite directions and by splices ( 7 ) connected with each other. They hang from top to bottom. This construction obviously has the following disadvantages:

• 1. Uneven bonding creates optical discrepancies.
• 2. Although the surfaces can be tightly bonded together, problems in the transverse direction can easily occur.
• 3. Requirements for the precision of bonding lead to less efficient production.

Other conventional designs, such. B. the in 2 are also made of textile inner ( 3 ) and outer ( 4 ) Apertures with pronounced edges ( 31 . 41 ), upper surfaces ( 32 . 42 ) and lower surfaces ( 33 . 43 ), whereby also the inner ( 3 ) and outer ( 4 ) Apertures are mounted in the opposite direction. The surfaces ( 32 . 42 ) and ( 33 . 43 ) overlap here, however, and are also associated with splices ( 7 ) connected. The problem of uneven adhesion can be solved in this way, the overlap of the pages ( 32 . 42 ) and ( 33 . 43 However, leads to a greater thickness which is unfavorable for storage and transport.

Brief description of the drawings

1 Conventional visor with honeycomb structure

2 Another conventional honeycomb screen

3 Perspective exploded view of a honeycomb screen according to the present invention

4 Assembly drawing of a honeycomb screen according to the present invention

5 Perspective view of a honeycomb screen according to the present invention

Detailed description of the preferred execution

Out 3 and 4 it can be seen that the invention consists essentially of a number of material-related internal ( 5 ) and outer ( 6 ) Apertures is the side each pronounced edges ( 51 . 61 ), of which they are to the upper surfaces ( 52 . 62 ) and the lower surfaces ( 53 . 63 ), the upper ( 52 ) Face is shorter than the lower face ( 53 ) and the upper ( 62 ) Face longer than the lower one ( 63 ).

Inner and outer panels ( 5 . 6 ) are arranged in opposite directions and stacked on top of each other. The corresponding upper surfaces ( 52 . 62 ) and lower surfaces ( 53 . 63 ) are by splices ( 7 ) connected. Because of the offset centers, the inner and outer panels are bonded fabric-to-fabric, making shifts more difficult. Manufacturing becomes easier and more efficient.

• 1. Die Verklebung von zwei nackten Oberflächen wird durch eine Verklebung Stoff auf Stoff ersetzt, die robuster ist.
• 2. Die Verklebung wird dichter und Verschiebungen werden weniger.
• 3. Die Höhe wird nicht vergrößert, was Ersparnisse bei Transport und Lagerung bedeutet.
• 4. Die Anforderungen an die Präzision der Produktion werden nicht erhöht, die Effizienz wird gesteigert.

5 is a perspective view of the present invention after assembly. Inner and outer panels ( 5 . 6 ) are tightly glued with staggered centers and do not shift easily, improving product quality. Moreover, a product according to the present invention has the following advantages over conventional honeycomb screens:

• 1. The bonding of two bare surfaces is replaced by a bonding fabric on fabric, which is more robust.
• 2. The bonding becomes denser and shifts become less.
• 3. The height is not increased, which means savings in transport and storage.
• 4. The requirements for the precision of the production are not increased, the efficiency is increased.

Claims (1)

The improved honeycomb structure of a screen with textile-related inner and outer panels, the sides clearly out have embossed edges that lead to an upper or a lower surface, wherein the one upper surface is shorter than the associated lower and the other longer than the corresponding lower. Assembly of the inner and outer panels is in the opposite direction and they are superimposed, each connecting a lower surface to an upper surface by center offset bonding to form a light blocking outer and an inwardly facing decorative surface. The bonding is done substance-on-fabric, ignoring whether it is the same material. Bonding Cloth-on-fabric results in a denser joint with less tendency to shift, which simplifies manufacturing and increases efficiency.