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    • 51. 发明授权
    • Toilet and waste storage system
    • 厕所和废物储存系统
    • US3787901A
    • 1974-01-29
    • US3787901D
    • 1971-07-20
    • GEN AM TRANSPORT
    • ROLLO EWAGNER RKUBIAK E
    • E03D5/012E03D11/11E03D1/00
    • E03D5/012E03D11/11
    • A system, that receives and treats human body waste added to a toilet, includes a toilet bowl with a bottom outlet, a storage tank, a heater for the tank to evaporate water from and thereby reduce volume of waste in the tank, a conduit communicating with the bowl outlet, a valve closing and opening that communication, means to open the valve, means to close the valve, transfer means between the conduit and the tank, and valved conduit means to provide a predetermined amount of flush water upon opening of the valve between the bowl outlet and the conduit. The transfer means is operative for a predetermined period of time after closing of the valve between the outlet and the conduit. The heater is operative when waste in the tank rises to a predetermined level and thereafter until solids content in the waste reaches a predetermined value. Operation of the transfer means is prevented when the level of waste in the tank exceeds a higher level. Flush water may be added to the bowl without opening the valve between the bowl outlet and the conduit.
    • 接收和处理添加到马桶中的人体废物的系统包括具有底部出口的马桶,储罐,用于罐的加热器,用于蒸发水并从而减少罐中废物的体积,导管连通 在碗出口处,阀关闭和打开,连通,打开阀的装置,用于关闭阀门,导管和罐之间的传送装置以及阀导管装置,以在打开阀门时提供预定量的冲洗水 碗出口和管道之间的阀门。 转移装置在出口和导管之间的阀关闭后操作预定的时间段。 当罐中的废物上升至预定水平,然后直到废物中的固体含量达到预定值时,加热器可操作。 当罐中的废物水平超过较高水平时,可以防止传送装置的操作。 冲洗水可以添加到碗中,而不打开碗出口和导管之间的阀。
    • 52. 发明授权
    • Sectional floating roof and method of forming same
    • 部分浮动屋顶及其形成方法
    • US3774799A
    • 1973-11-27
    • US3774799D
    • 1971-11-03
    • GEN AM TRANSPORT
    • HEISTERBERG M
    • B65D88/34B65D87/18
    • B65D88/34Y10T29/49922
    • A floating roof for use in a storage tank having an upstanding substantially cylindrical seal comprises a plurality of individually buoyant inner and outer roof sections, each including a continuous peripheral wall therearound and a bottom wall closing the area defined by the peripheral wall, the roof sections being arranged substantially to fill the area defined by the associated shell with the peripheral walls of adjacent roof sections abutting against one another, the abutting peripheral wall portions of adjacent roof sections being secured together by interlocking pairs of lugs on each section; the lugs are formed by on-site die punching of the abutting peripheral wall portions resulting in the pair of lugs of one section over-lapping the corresponding pair of lugs on the abutting section, the lugs of each pair then being bent toward each other for interlocking the overlapping pairs.
    • 用于具有直立的基本上圆柱形密封件的储罐中的浮动屋顶包括多个单独浮动的内部和外部屋顶部分,每个顶部部分包括围绕其的连续周边壁和底壁,该底壁封闭由周壁限定的区域, 基本上被布置成填充由相关联的壳体限定的区域,相邻屋顶部分的周壁彼此抵靠,相邻屋顶部分的邻接的周壁部分通过每个部分上的互锁的凸耳对固定在一起; 通过对邻接的周壁部分的现场模具冲压形成凸耳,导致一部分的一对凸耳重叠在邻接部分上的相应的一对凸耳,每对的凸耳然后彼此弯曲,以便 互锁重叠对。
    • 53. 发明授权
    • Method of blending reinforcing fibers and molding resins and product thereof
    • 混合增强纤维和模塑树脂及其制品的方法
    • US3728294A
    • 1973-04-17
    • US3728294D
    • 1971-04-19
    • GEN AM TRANSPORT
    • LEVINE M
    • C08J3/20C08J5/04C08F45/10
    • C08J5/043C08J3/203C08J5/04
    • THERE IS DISCLOSED A METHOD OF BLENDING REINFORCING FIBERS AND THERMOPLASTIC MOLDING RESINS, THE MOLDING MIXTURE RESULTING THEREFROM BEING USEFUL IN INJECTION MOLDING AND THE LIKE, THE RESIN COMPRISES FROM ABOUT 60 TO ABOUT 93 PARTS BY WEIGHT OF THE MIXTURE AND HAS A PARTICLE SIZE IN THE RANGE FROM ABOUT 125 MESH TO ABOUT 1/8 INCH, THE FIBERS COMPRISES FROM ABOUT 7 TO ABOUT 40 PARTS BY WEIGHT OF THE MIXTURE AND HAS A LENGTH IN THE RANGE FROM ABOUT 125 MESH TO ABOUT 1/2 INCH, AND A DISPERSAT IS PROVIDED IN THE MIXTURE COMPRISING FROM ABOUT 0.1 TO ABOUT 0.5 PART BY WEIGHT OF THE MIXTURE AND BEING COMPATIBLE WITH BOTH THE RESIN AND THE FIBER AND LEAVING SUBSTANTIALLY UNCHANGED THE NATURE OF THE MOLDED COMPOUND FORMED THEREFORM, THE RATIO BY WEIGHT BETWEEN THE RESIN AND THE FIBER BEING IN THE RANGE FROM ABOUT 1.5:1 TO ABOUT 15:1 AND THE RATIO BY WEIGHT BETWEEN THE DISPERSANT AND THE FIBER BEING IN THE RANGE FROM ABOUT 1:200 TO ABOUT 1:15, THE FIBERS AND THE DISPERSANT ARE MIXED IN A COMMERCIAL BLENDING MACHINE FOR A TIME INTERVAL OF FROM ABOUT 1 TO ABOUT 3 MINUTES SO AS TO UNIFORMLY TO DISPERSE THE DISPERSANNT ON THE SURFACE OF THE FIBERS, AND THEREAFTER THE RESIN IS ADDED THERETO AND THE INGREDIENTS MIXED FOR A TIME INTERVAL OF FROM ABOUT 5 MINUTES TO ABOUT 15 MINUTES TO PRODUCE THE MOLDING MIXTURE, WHEREBY TO PROVIDE A MOLDING MIXTURE WHEREIN THE RESIN AND THE FIBER AND THE DISPERSANT ARE THROUGHLY MIXED AND DISPERSED THROUGHOUT THE BODY OF THE MIXTURE SO AS TO MAINTAIN THE RESIN AND THE FIBER IN A UNIFORMLY DISPERSED RELATIONSHIP DURING THE STORAGE OF THE MOLDING MIXTURE AND DURING THE HANDLING AND MOLDING OF THE MOLDING MIXTURE INTO A MOLDED COMPOUND.
    • 54. 发明授权
    • Support structure for tank car
    • 坦克车支援结构
    • US3662692A
    • 1972-05-16
    • US3662692D
    • 1970-01-23
    • GEN AM TRANSPORT
    • PRICE ALBERT EMOWATT-LARSSEN ERLING
    • B61D5/06
    • B61D5/06
    • A railway tank car including a longitudinally extending tubular body shell, first and second truck saddle structures respectively positioned adjacent to the outer ends of the body shell for supporting the same upon associated trucks each carrying draft connections, first and second elongated slabbing structures respectively positioned between the first and second truck saddle structures and the body shell, first and second reinforcing members respectively associated with the first and second slabbing structures, each of the reinforcing members including a plurality of parallel spaced-apart bars extending longitudinally of the body shell, the reinforcing members cooperating to provide at least one bar extending substantially the entire length of the body shell between the slabbing structures, the bars being suitably secured to the slabbing structures and to the body shell to distribute stress due to buff and draft forces to the body shell.
    • 一种包括纵向延伸的管状壳体的铁路罐车,分别邻近主体壳体的外端定位的第一和第二卡车鞍形结构,用于将它们支撑在各自承载牵引连接的相关联的卡车上,分别位于第二和第二细长板条结构之间 所述第一和第二卡车鞍形结构和所述主体外壳分别与所述第一和第二平板结构相关联的第一和第二加强构件,每个所述加强构件包括沿所述主体壳体纵向延伸的多个平行的间隔开的杆, 协同提供至少一个杆,其至少一个杆在板坯结构之间基本上延伸到主体壳体的整个长度上,杆被适当地固定到板坯结构和主体壳体上,以将压力和压力分配给身体壳体。
    • 55. 发明授权
    • Stamp dispensing machine
    • 印章分配机
    • US3655109A
    • 1972-04-11
    • US3655109D
    • 1969-07-28
    • GEN AM TRANSPORT
    • STEVENS BERNARD
    • G07F11/68B65H25/00
    • G07F11/68
    • A coin-actuated machine including a plurality of dispensing modules dispenses one or more perforated strips of stamps from rolls, each module comprising a feed wheel having rows of evenly spaced projections for engaging the associated strip at the interstamp perforations and moving it past a solenoid-operated cutter, a shaded-pole electric motor for driving the feed wheel in a stepwise fashion through a Geneva cam mechanism and for intermittently operating a stepping switch and counter, a control circuit cooperating with the stepping switch for stopping the machine when a predetermined number of stamps has been dispensed, and a lock engaging the feed wheel either after each intermittent operation thereof or after each dispensing cycle.
    • 包括多个分配模块的硬币驱动机器从辊分配一个或多个穿孔的邮票带,每个模块包括具有均匀间隔的突起的进给轮,用于在相邻的穿孔处接合相关联的条带并将其移动通过螺线管 - 操作刀具,阴极电动机,用于通过日内瓦凸轮机构逐步驱动进给轮,并间歇地操作步进开关和计数器;与步进开关配合的控制电路,用于当预定数量的 在每次间歇操作之后或在每个分配循环之后,已经分配了邮票,并且锁定接合进给轮。
    • 56. 发明授权
    • Systems for storing and transporting ladings
    • 存储和运输系统
    • US3595408A
    • 1971-07-27
    • US3595408D
    • 1969-04-21
    • GEN AM TRANSPORT
    • EDDY IRA CTAYLOR WILLIAM A
    • B60P3/22B65D88/12B65G67/00B65G67/02
    • B65D88/128B60P3/221B65G67/00B65G2814/0353
    • There is disclosed herein systems for storing and for transporting tanks for containing ladings, and the components thereof, including a tank having a first bolster disposed adjacent to one end thereof and a second bolster disposed adjacent to the other end thereof, a stationary support station including a first pair of spaced-apart support posts disposed on opposite sides of a longitudinal axis and a second pair of spaced-apart support posts disposed on opposite sides of the longitudinal axis and spaced from the first pair of support posts, the first and second support posts carrying first and second support structure respectively, the first and second support structures being shiftable between receiving positions and supporting positions, the tank bolsters and the support posts and the support structures being arranged so that the tank bolsters can be positioned upon the support structures when the support structures are in the supporting positions thereof, a road vehicle including a frame provided with road wheels and having a first body bolster disposed adjacent to one end thereof and a second body bolster disposed adjacent to the other end thereof, the tank bolsters and the body bolsters being arranged so that the tank bolsters can be positioned respectively on the body bolsters, the support posts in each pair of support posts being spaced-apart a distance to receive the road vehicle therebetween with the tank mounted thereon when the support structures are in the receiving positions thereof, and lifting means on the frame for causing relative vertical movement between the tank and the support structures.