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    • 3. 发明授权
    • Process and apparatus for removing vaporizable constituents from viscous
solutions or melts of thermoplastics
    • 从热塑性塑料的粘稠溶液或熔体中除去可挥发成分的方法和设备
    • US4153501A
    • 1979-05-08
    • US768636
    • 1977-02-14
    • Peter FinkHans WildJohann ZizlspergerRudi W. ReffertGunter Thielen
    • Peter FinkHans WildJohann ZizlspergerRudi W. ReffertGunter Thielen
    • B01D1/22B01D19/00B29B13/02C08F6/10F28F7/02
    • C08F6/10B01D1/22B01D19/0021B29B13/02F28F7/02Y10S159/10
    • A process for removing vaporizable constituents from high-viscosity solutions or melts of thermoplastics by continuous evaporation along a heated devolatilization zone and separation of the vapor phase from the liquid phase in a downstream separating vessel. The plastic solution or melt is first heated stepwise in increments, in the devolatilization zone, while the product is in the form of thin layers from about 0.5 to 4 mm, so as to maintain a temperature difference of less than 50.degree. C. between the heat transfer medium and the plastic solution or melt until the devolatilization temperature is reached, the distribution of the solution or melt to form thin layers of product taking place while the temperature conditions still correspond to those of the feed of solution or melt, after which the vaporizable constituents are evaporated so as to form a two-phase system of vapor and melt, and the heat of evaporation absorbed is substantially returned to the product during the evaporation along the devolatilization zone. The process permits the removal of vaporizable constituents under mild conditions.
    • 通过沿着加热的脱挥发分区连续蒸发并在下游分离容器中将液相从液相中分离出来,从热塑性塑料的高粘度溶液或熔体中除去可挥发成分的方法。 首先在脱挥发区中逐步逐渐加热塑料溶液或熔体,同时产物为0.5〜4mm的薄层形式,以保持温度差在50℃以下 传热介质和塑料溶液或熔体,直到达到脱挥发分温度,溶液或熔体的分布形成薄层产品,同时温度条件仍然对应于溶液或熔体进料的温度条件,之后 可蒸发的成分被蒸发以形成蒸气和熔体的两相体系,并且在沿着脱挥发分区的蒸发期间吸收的蒸发热量基本上返回到产物中。 该方法允许在温和条件下除去可汽化组分。
    • 5. 发明授权
    • Electric lamp and lighting system for said lamp
    • 所述灯的电灯和照明系统
    • US06276812B1
    • 2001-08-21
    • US09554910
    • 2000-05-22
    • Peter HelbigHans Wild
    • Peter HelbigHans Wild
    • F21V1900
    • H01K1/46F21S43/19H01J5/54
    • The invention relates to an electric lamp, comprising a base (3) having at least two V-shaped fixing plates (5; 6) with a first (5a, 6a) and a second elastic V-shaped limb (5b; 6b). The ends of the first V-shaped limb (5a, 6a) are formed on the base (3). The first V-shaped limb (5a; 6a) forms a location (7) to accommodate a tappet-like holder or connector part and the ends of the second V-shaped limb (5b; 6b) arm configured as free ends. The inventive lamp can be used in a sealed headlight of a motor vehicle and on a carrier plate fitted with several lamp holders and forming part of the tail lights of a motor vehicle.
    • 本发明涉及一种电灯,包括具有至少两个具有第一(5a,6a)和第二弹性V形肢体(5b; 6b)的V形固定板(5; 6)的基座(3)。 第一V形肢体(5a,6a)的端部形成在基部(3)上。 第一V形肢体(5a; 6a)形成位置(7)以容纳挺杆状保持器或连接器部分,并且第二V形肢体(5b; 6b)臂的端部被配置为自由端。 本发明的灯可以用在机动车辆的密封前照灯中,以及安装有多个灯座的载板上并形成机动车尾灯的一部分。
    • 6. 发明授权
    • Electric lamp
    • 电灯
    • US06570308B1
    • 2003-05-27
    • US09787177
    • 2001-03-14
    • Peter HelbigHans WildGerhard Behr
    • Peter HelbigHans WildGerhard Behr
    • H01J548
    • F21S43/19
    • An electric lamp with a base (6), which is structurally subdivided into an upper part (7) that retains the bulb and a substantially circular-cylindrical lower part (5) for external fastening, which lower part protrudes past the upper part, and the protruding portion (13) is embodied as a detent mechanism for the external fastening. The detent mechanism in each case includes an inward-facing detent protrusion (20) located on the outside, which is an integral component of the lower part, and a metal spring (24), located opposite the detent protrusion and cooperating with it, that is secured in the lower part.
    • 一种具有底座(6)的电灯,其结构上分为保持灯泡的上部(7)和用于外部紧固的大致圆筒形的下部(5),该下部突出穿过上部,并且 突出部分(13)被实施为用于外部紧固的制动机构。 每种情况下的制动机构包括位于外侧的向内的止动突起(20),其位于下部的一体部件的外侧,以及与止动突起相对并与之配合的金属弹簧(24),该金属弹簧 固定在下部。