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    • 7. 发明申请
    • Profile element for sound reduction roller blinds
    • 减音卷帘的轮廓元件
    • US20060283563A1
    • 2006-12-21
    • US10558089
    • 2004-05-19
    • Christian VölkelStefan BrauerKlaus Griesshammer
    • Christian VölkelStefan BrauerKlaus Griesshammer
    • E06B3/12
    • E06B9/15E06B2009/17069
    • The invention relates to a profile element which can be flexibly connected to other adjacent profile elements in order to form a roller blind. Said profile element comprises a front side and a rear side which are arranged at a distance from each other and at least one cavity is arranged therebetween, wherein an opening made therein leads into the front wall thereof and a sound-absorbing material is arranged therein. The aim of the invention is to improve the profile element in the above-mentioned manner, especially with respect to the sound-insulating properties thereof. The inventive profile element can be produced by virtue of the fact that the sound-absorbing material part consists of at least one sound reduction element which can be displaced at least in the region of the opening in order to open towards and away from the path thereof.
    • 本发明涉及一种轮廓元件,其可以柔性地连接到其它相邻的轮廓元件,以便形成卷帘。 所述轮廓元件包括彼此间隔一定距离的前侧和后侧,并且其间布置有至少一个空腔,其中,其中形成的开口引入其前壁,并且其中布置有吸声材料。 本发明的目的是以上述方式改进轮廓元件,特别是在隔音性能方面。 本发明的轮廓元件可以通过以下事实来产生:吸声材料部分由至少一个减声元件组成,该至少一个减声元件至少可以在开口的区域中移动以朝向和远离其路径打开 。
    • 8. 发明授权
    • Double-belt system for processing viscous melts
    • 用于加工粘性熔体的双带系统
    • US5979307A
    • 1999-11-09
    • US62397
    • 1998-04-20
    • Stefan BrauerWerner HuberKlaus Schafer
    • Stefan BrauerWerner HuberKlaus Schafer
    • B29C39/16B29C43/22B29C67/24B30B5/06B65G15/16
    • B65G15/16B29C43/22B30B5/06B30B5/067B29C67/246B65G2201/04Y10S100/917Y10S425/033Y10T156/1741
    • A double-belt system for processing viscous melts includes a driven upper belt having a lower working run, and a driven lower belt having an upper working run spaced beneath the lower working run to form a gap therewith for receiving a viscous melt. A gap-adjusting mechanism includes upper rollers engaging an upper surface of the lower working run, and lower rollers engaging a lower surface of the upper working run. A distance between the upper rollers and lower rollers is adjustable to vary a size of the gap. A compensation mechanism is disposed over the lower working run to apply an upward force thereto for pulling the lower working run against the upper rollers, thereby resisting sagging of the lower working run. At least one delivery mechanism applies a temperature-controlled liquid across an entire width of the lower working run for controlling a temperature thereof. The liquid is extracted by an extraction mechanism disposed downstream of the delivery mechanism. Vertically adjustable stops are provided for determining a vertical position of respective ones of the upper rollers.
    • 用于处理粘性熔体的双带系统包括具有较低工作行程的从动上带,以及在下工作行程下方间隔开的上工作行程的从动下带,以与其接合以接收粘性熔体。 间隙调节机构包括与下工作行程的上表面接合的上辊,下辊与上工作段的下表面接合。 上辊和下辊之间的距离是可调节的,以改变间隙的尺寸。 补偿机构设置在下部工作运行中以施加向上的力以将下部工作行程拉向上部辊,从而抵抗下部工作流程的下垂。 至少一个输送机构将温度控制液体施加在下部工作流程的整个宽度上,以控制其温度。 通过设置在输送机构下游的提取机构提取液体。 提供垂直可调的止动件用于确定相应的上辊的垂直位置。