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    • 1. 发明申请
    • METHOD FOR TREATING PLANTS WITH PROBIOTICS
    • 用生物技术处理植物的方法
    • US20130269719A1
    • 2013-10-17
    • US13444272
    • 2012-04-11
    • Jerry Wayne MarshallSerban C. MoldoveanuMichael F. DavisMarvin Glenn Riddick
    • Jerry Wayne MarshallSerban C. MoldoveanuMichael F. DavisMarvin Glenn Riddick
    • A24B15/28A24D1/04C12S3/00A24B13/00
    • A24B15/20A24B15/245
    • A method of modifying the content of certain chemical compounds in tobacco materials is provided, the method including treatment of a tobacco plant component with at least one probiotic. For example, the method may modify the asparagine content in tobacco materials, which can result in a modification in acrylamide production when the tobacco material is exposed to elevated temperatures. The type of tobacco plant component treated according to the invention can be a tobacco seed, a tobacco seedling, an immature live plant, a mature live plant, a harvested plant, or a portion thereof. Examples of probiotics include probiotic species of the genera bifidobacterium, lactobacillus, enterococcus, proionobacterium, bacillus, saccharomyces, streptococcus, and mixtures thereof. Smoking articles and other tobacco products including such probiotic-treated tobacco materials are also provided.
    • 提供了一种改变烟草材料中某些化合物含量的方法,该方法包括用至少一种益生菌处理烟草植物成分。 例如,该方法可以改变烟草材料中的天冬酰胺含量,当烟草材料暴露于升高的温度时,这可能导致丙烯酰胺生产的改变。 根据本发明处理的烟草植物组分的类型可以是烟草种子,烟草幼苗,未成熟的活植物,成熟的活植物,收获的植物或其一部分。 益生菌的实例包括双歧杆菌属,乳杆菌属,肠球菌属,恶杆菌属,芽孢杆菌属,酵母属,链球菌属的益生菌种类及其混合物。 还提供了吸烟制品和其他烟草制品,包括这种益生菌处理的烟草材料。
    • 6. 发明授权
    • Trailer personnel lift with a level sensor and manually set outriggers
    • 拖车人员用水平传感器升降并手动设置支腿
    • US06173810B1
    • 2001-01-16
    • US09325609
    • 1999-06-03
    • Steven D. CitronMichael F. DavisMatthew G. KraemerJohn Busuttil
    • Steven D. CitronMichael F. DavisMatthew G. KraemerJohn Busuttil
    • B66F1100
    • B66C23/78B66F11/044
    • A trailer personnel lift (20) with a level-sensing system (69). The level-sensing system (69) provides information to a level-indicator display (72) that indicates which outriggers (34) of the trailer personnel lift (20) need to be lowered. Upon lowering of the designated outriggers (34), the signal for the outrigger (34) changes so as to indicate that the outrigger (34) no longer needs lowering. The outriggers (34) are capable of locking into at least three positions, a first position (40A) in which the outrigger (34) extends substantially horizontal to the surface upon which the personnel lift (20) is to be located, a second position (48A) in which the outrigger (34) extends substantially vertically from the base, and a third position (46A) that is intermediate of the first and second positions, the third position being selected so that the outriggers (34) may be stabilized in the third position (46A) on an upward slope.
    • 具有液位传感系统(69)的拖车人员升降机(20)。 液位感测系统(69)向液位指示器显示器(72)提供信息,其指示拖车人员升降机(20)需要降低的外伸支架(34)。 当指定的外伸支架(34)下降时,外支架(34)的信号发生变化,以便指示外支腿(34)不再需要降低。 外伸支架(34)能够锁定到至少三个位置,第一位置(40A),其中外伸支架(34)基本上水平延伸到人员升降机(20)所在的表面,第二位置 (48A),其中所述外伸支架(34)从所述基座基本垂直地延伸;以及第三位置(46​​A),其位于所述第一和第二位置的中间,所述第三位置被选择为使得所述外伸支架(34)可以稳定在 第三位置(46​​A)在向上的斜坡上。
    • 7. 发明授权
    • Trailer personnel lift with a level sensor and manually set outriggers
    • 拖车人员用水平传感器升降并手动设置支腿
    • US5934409A
    • 1999-08-10
    • US883399
    • 1997-06-26
    • Steven D. CitronMichael F. DavisMatthew G. KraemerJohn Busuttil
    • Steven D. CitronMichael F. DavisMatthew G. KraemerJohn Busuttil
    • B66C23/78B66F9/24B66F11/04
    • B66C23/78B66F11/044
    • A trailer personnel lift (20) with a level-sensing system (69). The level-sensing system (69) provides information to a level-indicator display (72) that indicates which outriggers (34) of the trailer personnel lift (20) need to be lowered. Upon lowering of the designated outriggers (34), the signal for the outrigger (34) changes so as to indicate that the outrigger (34) no longer needs lowering. The outriggers (34) are capable of locking into at least three positions, a first position (40A) in which the outrigger (34) extends substantially horizontal to the surface upon which the personnel lift (20) is to be located, a second position (48A) in which the outrigger (34) extends substantially vertically from the base, and a third position (46A) that is intermediate of the first and second positions, the third position being selected so that the outriggers (34) may be stabilized in the third position (46A) on an upward slope.
    • 具有液位传感系统(69)的拖车人员升降机(20)。 液位感测系统(69)向液位指示器显示器(72)提供信息,其指示拖车人员升降机(20)需要降低的外伸支架(34)。 当指定的外伸支架(34)下降时,外支架(34)的信号发生变化,以便指示外支腿(34)不再需要降低。 外伸支架(34)能够锁定到至少三个位置,第一位置(40A),其中外伸支架(34)基本上水平延伸到人员升降机(20)所在的表面,第二位置 (48A),其中所述外伸支架(34)从所述基座基本垂直地延伸;以及第三位置(46​​A),其位于所述第一位置和所述第二位置之间,所述第三位置被选择为使得所述外伸支架(34)可以稳定在 第三位置(46​​A)在向上的斜坡上。
    • 8. 发明授权
    • Pneumatic level maintaining transport
    • 气动维持运输
    • US5885047A
    • 1999-03-23
    • US759564
    • 1996-12-04
    • Michael F. DavisRichard M. CurtinJohn Busuttil
    • Michael F. DavisRichard M. CurtinJohn Busuttil
    • B62B1/00B62B1/12B66F9/06
    • B66F9/06B62B1/12B62B1/008B62B2203/10B62B2203/13B62B2203/20
    • A transport device, or hand truck (10), having a load carrying surface (26) that is mounted to move up and down along the hand truck (10). The level of the load carrying surface (26) is changed by the amount of air within a pneumatic cylinder (40). The amount of air in the pneumatic cylinder (40) is determined by a pneumatic adjustment subsystem (42) and the load on the load carrying surface (26). Preferably, the pneumatic adjustment subsystem (42) is set so that the top item located on the load carrying surface (26) is always at waist level. The pneumatic adjustment system (42) permits the pneumatic cylinder (40) to be offset an incremental amount respective to items of identical weight and height being removed from or placed upon the load carrying surface (26). Thus, as items are removed from the load carrying surface (26), the load carrying surface indexes upward so that the top item is readily available at waist level.
    • 一种运输装置或手推车(10),具有承载表面(26),其被安装成沿着手推车(10)上下移动。 负载承载面(26)的高度由气动缸(40)内的空气量变化。 气动缸(40)中的空气量由气动调节子系统(42)和承载表面(26)上的负载决定。 优选地,气动调节子系统(42)被设置成使得位于承载表面(26)上的顶部物品总是处于腰部水平。 气动调节系统(42)允许气动缸(40)相对于从负载承载表面(26)移除或放置在承载表面(26)上的相同重量和高度的物品相抵消。 因此,当物品从承载表面(26)移除时,承载表面向上指向,使得顶部物品在腰部水平容易获得。