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    • 2. 发明授权
    • Continuous removal of monomers from an aqueous dispersion of a polymer
    • 从聚合物的水性分散体中连续除去单体
    • US4148990A
    • 1979-04-10
    • US831156
    • 1977-09-07
    • Bernhard KuxdorfKarl KaiserRudolf Wesselmann
    • Bernhard KuxdorfKarl KaiserRudolf Wesselmann
    • C08F14/00B01D3/22C08F6/00C08F6/06C08F6/16C08F6/24
    • B01D3/22C08F6/16
    • An aqueous polymer dispersion containing approximately 1 to 60 weight % of solid polymer particles with an average size of 20 to 500 microns and 5000 to 15,000 ppm of monomer(s), is freed from monomeric material. More specifically, the aqueous dispersion is preheated to 60.degree. to 90.degree. C. and introduced continuously into an upper portion of a column accommodating a plurality of apertured trays disposed one above another of which each has at least one eccentric aqueous dispersion descent shaft. The aqueous dispersion is introduced at a rate of a 5 to 35 m.sup.3 per m.sup.2 of tray area per hour and contacted countercurrently with steam at 80.degree. to 150.degree. C., under 0.5 to 5 bars, and in a proportion of 30 to 100 kg of steam per m.sup.3 of dispersion, for a mean period of 1 to 30 minutes; the pressure drop for steam ascending through one tray in the column being lower than that which would occur upon the undesirable passage of steam through one of the said shafts. At the column base, aqueous dispersion freed from monomeric material is removed and a vapor mixture emerging at an upper level of the column, is condensed, and monomeric material and an aqueous phase are recovered therefrom.
    • 含有约1至60重量%的平均尺寸为20至500微米的固体聚合物颗粒和5000至15,000ppm的单体的含水聚合物分散体不含单体材料。 更具体地说,将水分散体预热至60℃至90℃,并连续引入容纳多个有孔托盘的塔的上部,其中一个有孔托盘分别具有至少一个偏心水分散体下降轴。 以每小时每小时托盘面积5至35立方米的速率引入水分散体,并在80至150℃,0.5至5巴和30至100公斤的比例下与蒸汽逆流接触 每立方米分散体蒸汽,平均1〜30分钟; 通过塔中的一个托盘上升的蒸汽的压降低于在不希望的蒸汽通过其中一个所述轴时会发生的压降。 在柱基上,除去单体材料中除去的水分散体,并将在塔的上层出现的蒸汽混合物冷凝,并回收单体材料和水相。
    • 4. 发明授权
    • Degassing column
    • 脱气柱
    • US4266949A
    • 1981-05-12
    • US65190
    • 1979-08-09
    • Bernhard KuxdorfKurt WisselKarl Kaiser
    • Bernhard KuxdorfKurt WisselKarl Kaiser
    • B01D3/22B01D3/38B01D19/00
    • B01D19/0042B01D19/0015B01D3/22
    • A degassing column comprising a tubular shell provided with a plurality of apertured plates; the plates are vertically spaced within said shell; a gap uniform in width over the periphery is left between each plate and said shell; each of said plates is penetrated by at least one eccentrically arranged conduit comprising a draining shaft in the upper portion thereof and a feed shaft in the lower portion below the penetrated plate; the apertures in said plates have a diameter of less than 5 mm; and a surface portion of each plate underneath each conduit is impermeable, said impermeable surface portion being one to two times the cross-section of said conduit. More specifically, each plate is supported by a plurality of generally wedge-shaped mountings fastened to the inside of the shell, and by a ring which is level with the said mountings and is fastened to the inside of the shell, the ring being interrupted at least in the regions of the said mountings. A capping sleeve is slipped over each draining shaft. The capping sleeve comprises an upper portion whose cross-section is similar to that of the draining shaft, and a lower portion of larger cross-section, which lower portion overlaps and is securely connected to the upper portion.
    • 一种脱气塔,包括设置有多个有孔板的管状壳体; 板在所述壳体内垂直间隔开; 在每个板和所述壳之间留有在周边上宽度均匀的间隙; 每个所述板被至少一个偏心布置的管道贯穿,所述导管在其上部包括排水轴,下部的进料轴在穿透板下方穿透; 所述板中的孔具有小于5mm的直径; 并且每个管道下面的每个板的表面部分是不可渗透的,所述不可渗透表面部分是所述导管的横截面的一至两倍。 更具体地,每个板由固定到壳体的内部的多个大致楔形的支架以及与所述安装件平齐且紧固到壳体内部的环支撑,环被中断在 至少在所述安装件的区域中。 每个排水轴上都有一个压盖套。 该封盖套筒包括其横截面与排水轴的截面相似的上部和较大横截面的下部,该下部重叠并牢固地连接到上部。
    • 5. 发明授权
    • Blindfold for aquatic games
    • 水上游戏盲人
    • US08272071B2
    • 2012-09-25
    • US12573345
    • 2009-10-05
    • Karl Kaiser
    • Karl Kaiser
    • A61F9/00
    • A63B33/002A61F9/04A63B33/00A63B2033/006
    • An eye cover for use in an aquatic environment is provided. In certain embodiments, the eye cover comprises an elastic headband configured to be worn around a wearer's head and configured in use to cover or surround the wearer's eyes. The elastic headband can be configured to provide an at least water-resistant seal around the wearer's eyes. At least one eye chamber disposed on a surface of the headband that in use faces the wearer's eyes can further be provided. The at least one eye chamber permit the wearer's eyes to remain open when the headband covers the wearer's eyes. The at least one eye chamber comprises a flange extending from the headband, wherein the flange is configured to provide at least a water-resistant seal around the wearer's eye.
    • 提供用于水中环境的眼罩。 在某些实施例中,眼罩包括弹性头带,其被配置为佩戴在佩戴者的头部周围并且构造成用于覆盖或围绕佩戴者的眼睛。 弹性头带可以构造成围绕佩戴者的眼睛提供至少防水的密封。 可以进一步设置至少一个设置在头带的表面上的眼睛室,其在使用中面向佩戴者的眼睛。 当头带覆盖佩戴者的眼睛时,至少一个眼睛腔允许佩戴者的眼睛保持打开。 所述至少一个眼室包括从所述头带延伸的凸缘,其中所述凸缘被构造成至少提供围绕所述眼睛的防水密封。
    • 9. 发明授权
    • High dynamic DC-voltage controller for photovoltaic inverter
    • 用于光伏逆变器的高动态直流电压控制器
    • US09343906B2
    • 2016-05-17
    • US13159396
    • 2011-06-13
    • Karl Kaiser
    • Karl Kaiser
    • G06F1/26H02J3/38
    • H02J3/383H02J3/385Y02E10/563Y02E10/58
    • A method for initializing a power inverter of a photovoltaic system includes: opening an AC mains switch and a DC switch to disconnect the power inverter from an electrical grid and to disconnect a capacitor bank associated with the inverter from a solar cell array; closing the AC mains switch to allow power to flow from an electrical grid to the DC capacitor bank to charge the DC capacitor bank; monitoring the DC capacitor bank until a desired voltage is reached; initiating the operation of the power inverter; stabilizing the DC voltage received from the DC capacitor bank at a predetermined power up voltage for the power inverter; waiting for an inverter initialization period to elapse; and adjusting DC voltage received by the power inverter to a voltage associated with a maximum power output level of the solar cell array.
    • 一种用于初始化光伏系统的电力逆变器的方法包括:打开AC电源开关和DC开关以将电力逆变器与电网断开,并将与逆变器相关联的电容器组与太阳能电池阵列断开; 关闭交流电源开关以允许电力从电网流向直流电容器组,以对直流电容器组充电; 监视直流电容器组直到达到所需的电压; 启动电源逆变器的运行; 稳定在电力逆变器的预定上电电压下从直流电容器组接收的直流电压; 等待变频器初始化时间过去; 以及将由所述功率逆变器接收的DC电压调整为与所述太阳能电池阵列的最大功率输出电平相关联的电压。
    • 10. 发明申请
    • AQUATIC EYE COVER APPARATUS AND METHOD
    • 水族眼罩装置及方法
    • US20120324637A1
    • 2012-12-27
    • US13607284
    • 2012-09-07
    • Karl Kaiser
    • Karl Kaiser
    • A61F9/02
    • A63B33/002A61F9/04A63B33/00A63B2033/006
    • An eye cover for use in an aquatic environment is provided. In certain embodiments, the eye cover comprises an elastic headband configured to be worn around a wearer's head and configured in use to cover or surround the wearer's eyes. The elastic headband can be configured to provide an at least water-resistant seal around the wearer's eyes. At least one eye chamber disposed on a surface of the headband that in use faces the wearer's eyes can further be provided. The at least one eye chamber permit the wearer's eyes to remain open when the headband covers the wearer's eyes. The at least one eye chamber comprises a flange extending from the headband, wherein the flange is configured to provide at least a water-resistant seal around the wearer's eye.
    • 提供用于水中环境的眼罩。 在某些实施例中,眼罩包括弹性头带,其被配置为佩戴在佩戴者的头部周围并且构造成用于覆盖或围绕佩戴者的眼睛。 弹性头带可以构造成围绕佩戴者的眼睛提供至少防水的密封。 可以进一步设置至少一个设置在头带的表面上的眼睛室,其在使用中面向佩戴者的眼睛。 当头带覆盖佩戴者的眼睛时,至少一个眼睛腔允许佩戴者的眼睛保持打开。 所述至少一个眼室包括从所述头带延伸的凸缘,其中所述凸缘被构造成至少提供围绕所述眼睛的防水密封。