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    • 44. 发明申请
    • APPARATUS AND METHOD FOR POSITIONING REINFORCEMENT MATERIAL WITHIN AN INTERIOR TRIM PANEL
    • 用于在内部TRIM面板内定位加固材料的装置和方法
    • WO2005049391B1
    • 2005-07-28
    • PCT/IB2004003800
    • 2004-11-19
    • INTIER AUTOMOTIVE INTERIORS LTDEEKS ALAN ROBERT
    • DEEKS ALAN ROBERT
    • B29C39/10B29C44/12B29C44/14B29C44/38B29C45/14B60R21/2165B60R21/20
    • B29C44/1266B29C39/10B29C44/385B29C45/14065B29C45/14786B29C2045/14131B29L2031/3008B29L2031/3038B60R21/2165
    • A cassette (10, 10', 100) includes a frame member (12) for consistently locating a reinforcement material (22), such as a scrim, at a predetermined position within a layer (46) of material of a trim panel. The reinforcement material (22) can be secured to at least two sides of the frame member (12) by overmolding material when manufacturing the frame member (12). The reinforcement material (22) is positioned at a predetermined location within the layer (46) of material by the use of one or more spacer lugs (28). A shear plane (48) can be formed at an intersection between the frame member (12) and layer (46) of material to assist in severing the trim panel along a tear seam (90) without the need to preweaken the trim panel in a secondary operation, such as by laser scoring, or the like. The frame member (12) may also include a knife edge (54) to assist in severing the trim panel. In one embodiment, the cassette (100) can position the reinforcement material (22) on both sides of the tear seam (90) to prevent fragmentation of the trim panel upon deployment of an airbag.
    • 盒(10,10',100)包括框架构件(12),用于在修剪面板的材料层(46)内的预定位置处一致地定位诸如稀松布的增强材料(22)。 当制造框架构件(12)时,加强材料(22)可以通过包覆成型材料固定到框架构件(12)的至少两侧。 增强材料(22)通过使用一个或多个间隔件凸耳(28)定位在材料层(46)内的预定位置处。 剪切平面(48)可以形成在框架构件(12)和材料层(46)之间的交叉处,以有助于沿着撕裂接缝(90)切断装饰面板,而不需要将修剪面板预先去掉 二次操作,例如通过激光打分等。 框架构件(12)还可以包括刀刃(54),以帮助切割修剪面板。 在一个实施例中,盒(100)可以将增强材料(22)定位在撕裂接缝(90)的两侧,以防止在展开气囊时装饰板的碎裂。
    • 45. 发明申请
    • METHOD OF PRODUCING POLYURETHANE SURFACES
    • 生产聚氨酯表面的方法
    • WO2004091924A3
    • 2005-01-13
    • PCT/US2004010683
    • 2004-04-07
    • KAMPE ENTPR LLC
    • KAMPE PAULKAMPE BRIAN
    • B29C33/38B29C37/00B29C39/02B29C44/10B44C5/04B29C44/02B29C33/10B29C44/38
    • B29C39/026B29C33/3857B29C37/0053B29C44/10B29K2075/00B29K2995/0072B29L2007/002B29L2031/722B44C5/0453
    • A method of making a decorative polyurethane panel which replicates the look of a pre-selected material is provided. A full size model of the material is first created having the desired texture and appearance in Step (10). A tooling is then constructed to contain the model in Step (20). The model of the material is encased with a two part silicone rubber compound that fills said tooling in Steps (30) and (40). The newly formed silicone mold is then removed from the tooling in Step (50). Polyurethane components are separately mixed in Step (60). The polyurethane mixture is then dispensed into the mold in Step (70) The filled mold is covered with a vent paper in Step (80). The mold is then fed into a press and pressure is applied in Step (90). The mold is removed from the press and the newly created panel is then removed from the mold and allowed to cure in Steps (100) and (110). An outer finish is then applied to the panel so that it resembles the decorative appearance of the material in Step (120).
    • 提供了复制预选材料外观的装饰性聚氨酯面板的制造方法。 首先在步骤(10)中创建具有期望的质地和外观的材料的全尺寸模型。 然后在步骤(20)中构建工具以包含模型。 材料的型号用步骤(30)和(40)中填充所述工具的两部分硅橡胶复合物封装。 然后在步骤(50)中将新形成的硅胶模具从工具中取出。 在步骤(60)中分别混合聚氨酯组分。 然后在步骤(70)中将聚氨酯混合物分配到模具中。在步骤(80)中用通气纸覆盖填充的模具。 然后将模具送入压机中,并在步骤(90)中施加压力。 将模具从压机中取出,然后将新生成的板从模具中取出并在步骤(100)和(110)中固化。 然后将外部涂层施加到面板,使得其类似于步骤(120)中的材料的装饰外观。
    • 46. 发明申请
    • THERMALLY INSULATING HOUSING FOR A COOLING DEVICE
    • 隔热箱体FOR冷却装置
    • WO02042699A1
    • 2002-05-30
    • PCT/EP2001/013122
    • 2001-11-13
    • B29C44/38F25D23/06B29C45/00
    • F25D23/064B29C44/383
    • The invention relates to a thermally isolating housing (11) for a cooling device (10) comprising an internal and external surface layer (17, 19) in addition to a thermally insulating layer (20) inserted between entrances of the surface layers (17, 19) in the form of fluidic components, introduced through at least one entrance opening (23) arranged close to a machine chamber (21) for receiving a condensed refrigerating medium (16). A problem of the known cooling device is that the thermally insulating material (20) which turns into mousse is introduced by the high processing pressure thereof, preferably in the upper part of the thermally insulating housing (11). A shrinkage formation therefrom can not be prevented in the deep lying sections of the housing. According to the invention, at least in the neighbouring area of the entrance opening (23) a flat profile (24) is provided for using as a brake for the mousse.
    • 本发明涉及一种用于冰箱中的热绝缘壳体(11)(10),其具有在所述热绝缘层(20)的液体起始组分引入的覆盖层(17,19)之间的内部和外部覆盖层(17,19)和至少 用于接收制冷剂的压缩机(16),其布置在服务一个的附近,机械室(21)进入开口(23)能够被插入。 在已知的冷却设备,出现的问题是泡沸热绝缘材料(20)被由于其高的处理压力的引入最初优选在上部区域到隔热壳体(11)。 特此不是为了防止在所述壳体(11)的较深部分形成空隙。 在现有技术的最后一位数字是由在本发明中该服务解决作为平坦泡沫部的制动之后(24)在条目开口附近提供至少。
    • 48. 发明申请
    • HOLLOW SECTION PROFILE WITH A POLYURETHANE FOAM REINFORCEMENT AND METHOD FOR PRODUCING THE SAME
    • 聚氨酯发泡和程序中空型材
    • WO01023162A1
    • 2001-04-05
    • PCT/EP2000/009091
    • 2000-09-18
    • B29C39/10B29C44/12B29C44/38B29K75/00B29K105/04
    • B29C44/1209B29C44/385
    • The invention relates to hollow section profiles (1) with a polyurethane foam reinforcement (2). Said profiles are especially produced by applying a liquid reaction mixture (15) on a support material insert (3) while said support material insert (3), together with the reaction mixture (15), is drawn into the hollow section profile (1) at a constant speed. The support material insert (3) used has a retarded permeability for the reaction mixture (15), the retardation period lasting from the time of application of the reaction mixture (15) to the insertion of the hollow section profile (1), and the support material insert (3) then turning permeable to the reaction mixture (15). The foamed material (2) produced is characterized by an excellent adherence to the inner walls (4) of the hollow section profile (1) across the entire profile cross-section.
    • 中空室型材(1)用聚氨酯泡沫填充(2)可以特别通过液体反应混合物有利地制备(15)被施加到载体材料插入件(3),同时在载体材料嵌件(3)与所述空腔轮廓的反应混合物(15)(1)一起 以恒定的速度,其特征在于,载体材料插入件(3)被使用,其具有用于将反应混合物(15)延迟的变速器,其中从反应混合物中(15),以在引入到中空室轮廓的任务(1)所花费的时间的延迟时间和绘制 在此之后的反应混合物(15)中的载体材料插入件(3)是可渗透的,和泡沫的形成(2)遍及轮廓横截面,与所述空腔轮廓的内壁(4)良好的粘合性(1)进入到其中。