Abstract:
Véhicule automobile comportant un module de panneau de toit (4) situé au sommet de la carrosserie (1) du véhicule, le sommet de la carrosserie de véhicule (1) comprenant un panneau latéral extérieur (2) et un panneau latéral intérieur (3), les parties inférieures des panneaux latéraux intérieur et extérieur (2, 3) étant connectées et formant un renfoncement(19), le module de panneau de toit (4) comprenant un panneau supérieur extérieur (7), un élément de support (9) et une garniture de toit (8), la garniture (8) comprenant une partie centrale (8a) et une partie périphérique (8b) ayant une extrémité libre (13) orientée vers le bas. Par ailleurs, les deux parties (8a, 8b) sont reliées entre elles par une charnière flexible (10), la partie périphérique (8b), la partie centrale (8a) et la charnière (10) étant formées d'une pièce, et l'extrémité libre (13) de la partie périphérique la de garniture (8b) étant orientée vers le bas et fixée dans le renfoncement (19).
Abstract:
Pour la fixation de garniture avant (5) de pavillon sur une traverse avant 10 (1) de pavillon formant une feuillure avant (2) de collage de pare-brise (3), la garniture (5) comporte à l avant une région se terminant par une tranche avant (22) se relevant vers le pare-brise (3) pour définir avec celui-ci un jeu (B) entre le pare-brise (3) et la tranche avant (22), et au voisinage de cette tranche avant (22) des surfaces de positionnement (21) 15 munies de butées (24) venant en appui contre l extrémité de la feuillure avant (2) de la traverse avant (1) moyennant quoi le jeu (B) avec le pare- brise (3) peut être déterminé de manière précise.
Abstract translation:
在前衬保持器(5)上的前横梁的标志10(1)的标志形成挡风玻璃粘合剂组合物(3),所述衬垫(2)的前回扣的(5 )包括&agr; L A R&eacute之前;区域具有前边缘(22)朝向所述挡风玻璃上升结束(3)的挡风玻璃(3)和前边缘之间DE废除它的一组(B) (22),和邻近于所述定位表面的该前边缘(22)(21)15设置有目的éES(24)抵靠在极端éMITDé 前回扣的(2)所述前横向构件(1),其中的间隙(B)与挡风玻璃(3)可以与ecirc;被去TERMINDé 精确地。 p>
Abstract:
Method for manufacturing a laminate construction (1), characterised in that it comprises at least the steps of supplying a core plate (2), of supplying two prefabricated films (5,6), one on each opposite side (3,4) of the core (2) whereby each film (5,6) comprises at least a basalt fibre layer (7) which is provided with a layer of thermoplastic material (8,9) on at least one side, and the step of mutually connecting the above-mentioned core plate (2) to the prefabricated films (5,6) at a raised temperature and increased pressure.
Abstract:
Die Erfindung betrifft ein Dachmodul für ein Fahrzeug, welches von oben in einer Karosserieöffnung montierbar ist und eine feste Außenschale (12) sowie mindestens eine elektrische Funktionseinheit (16) aufweist, welche mittels einer Trägereinheit (14) an der Unterseite der Außenschale vormontiert ist. Die elektrische Funktionseinheit (16) ist mittels der Trägereinheit (14) zwischen einer Montageposition, in welcher die elektrische Funktionseinheit durch die Karosserieöffnung hindurchfiihrbar ist, und einer Funktionsposition, in welcher die elektrische Funktionseinheit mindestens zum Teil an eine Begrenzung (22) der Karosserieöffnung anlegbar ist, verstellbar. Ferner betrifft die Erfindung ein Verfahren zur Montage eines solchen Dachmoduls.
Abstract:
A process for in-molding an energy-absorbing countermeasure to a headliner 18 for use in a vehicle, plus the intermediate and final assemblies formed by the process. The process includes the steps of (1) preparing a sheet; (1A) optionally affixing to the sheet a means for adhering to form a composite sheet; (2) thermoforming the composite sheet into a composite energy-absorbing countermeasure; (3) preparing a headliner layup (including optionally a means for adhering, a headliner core, and a cover stock) before forming a bond between the headliner layup and the composite energy-absorbing countermeasure. The assembly thus includes the energy-absorbing countermeasure 22 and a means for adhering it to the headliner core 18.
Abstract:
An entertainment system capable of being mounted within a vehicle, such as coupled to a vehicle seat. The entertainment system includes a media source for providing audio and video programming and a display. According to an embodiment, the entertainment system can be freely secured to and disconnected from a docking station mountable in a vehicle.
Abstract:
A twin-sheet thermoforming process for the manufacture of vehicle headliners. In the process a first sheet and second sheet of SuperLite material are mounted onto respective frames. The frames transfer the sheets into an oven, where they are heated to a desired temperature using IR. The first sheet is combined with a cover-stock material using compression molding forming a covered first headliner part. The covered first headliner part is then transferred to a second mold station. The second sheet is heated and then transferred from the oven to the second mold station where it is vacuum-formed on the upper half mold, forming a second headliner part. The upper and lower mold halves are pressed together fusing and sealing the first and second headliner parts into a unified part. The unified part is then unloaded and trimmed as necessary forming a headliner. The SuperLite material used to form the headliner is a sheet of low pressure, thermoformable, thermoplastic composite comprised of polypropylene and long chopped glass fibers.
Abstract:
Plastic structures for automotive applications are disclosed. The structures are preferably produced by blow molding and comprise at least one hollow structure (100) containing a cavity (204), generally containing a vehicle component therein, formed within the confines of the wall structure, such as a battery holder (208).
Abstract:
The invention relates to a method for producing a roof stiffening (12) for vehicles and a roof stiffening that is produced according to the inventive method. The roof stiffening which can be applied to the roof skin (10) of the vehicle from the interior consists of a foam layer and an outer cover layer. A foamed strip material (14) which has approximately twice the thickness of the desired roof stiffening is produced. A cover layer (16) is applied to both sides of the strip material during foaming. The foamed strip material is subsequently cut into two plates of a constant thickness and without a contour by splitting said material in a centric manner. The plates are each provided with a cover layer on one side. The compound gets the final shape thereof by gluing the uncovered side of the plate together with the roof skin.
Abstract:
A thermoformable laminate including a rigid thermoplastic foam sheet and a fiber reinforcing layer adhered to each of two opposite faces of the rigid thermoplastic foam sheet is heated to the thermoforming softening temperature of the rigid thermoplastic foam sheet, and shaped and compressed to form a headliner (20) having varying thicknesses, including a major portion of the headliner, which is relatively thin and highly compressed (22), and at least one relatively thick, lightly compressed or non-compressed impact absorption area (24). The thermoformable laminate and method make it possible to form a headliner (20) with integral impact absorption areas from a laminate of uniform thickness and density, using a single thermoforming operation.