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    • 63. 发明申请
    • Plant base
    • 植物基地
    • US20050028439A1
    • 2005-02-10
    • US10869311
    • 2004-06-16
    • Evert Zanten
    • Evert Zanten
    • A01G9/00A01G9/04A01G31/04A47G7/02A01G9/02
    • A01G9/04
    • The invention relates to a plant base comprising a base section with a seat for a plant pot, the plant base furthermore comprising a tail section that extends in the horizontal direction from a rear of the base section. The invention furthermore relates to a plant base from the previous paragraph, wherein a groove/protuberance combination is provided at the front of the base section and the rear of the tail section, the protuberance on the plant base being able to be accommodated in the groove of a further corresponding plant base, the groove and the protuberance each having a support surface, the support surface of the protuberance being lower or higher than the support surface of the groove, such that when the protuberance of the plant base has been taken up in the groove of the corresponding further plant base one of the two plant bases is lifted from the substrate at the location of the engaging protuberance and groove. What is achieved with a plant base according to the invention is that the plant base continuously retains the same orientation during transport over a conveyor belt. Furthermore, successive plant bases will be kept a sufficient distance apart.
    • 本发明涉及一种植物基底,其包括具有用于植物盆的座的基部,植物基底还包括从基部的后部在水平方向上延伸的尾部。 本发明还涉及前一段的植物基地,其中在基部的前部和尾部的后部设置有凹槽/突起组合,植物基底上的突起能够容纳在凹槽中 的另一个相应的植物基部,所述槽和突起各自具有支撑表面,所述突起的支撑表面低于或高于所述凹槽的支撑表面,使得当所述植物基底的突起被吸收 两个植物基底中相应的另外的植物基底之一的凹槽在接合突起和凹槽的位置处从基底被提升。 使用根据本发明的植物基地实现的是植物基质在运输过程中在传送带上连续地保持相同的取向。 此外,连续的植物基地将保持足够的距离。
    • 67. 发明授权
    • Pressure balancing a closed ecological system
    • 压力平衡封闭的生态系统
    • US5279081A
    • 1994-01-18
    • US630269
    • 1990-12-19
    • William F. Dempster
    • William F. Dempster
    • E04H1/00A01G9/00A01G9/24G01M99/00G09B9/00E04H9/00
    • A01G9/00A01G9/246
    • A pressure compensating lung balances pressure between open and closed environments which are substantially isolated from and independent of each other, for example, the Earth's open environment and the closed environment of a second, smaller closed ecological system, Biosphere 2. The lung has an airtight housing and a barrier which includes a flexible membrane, one side of which faces Biosphere 2 and the other side of which faces the outside, with a central pan the perimeter of which is surrounded by the membrane. The membrane has approximately the shape of a surface of a torus. It deviates from a toroidal shape sufficiently to avoid substantial circumferential tension in the membrane. The weight of the pan exerts a positive pressure on the atmosphere in Biosphere 2 for preventing inward leaks. The pan and membrane are protected by a weather cover which can be sealed against the outside environment so that a fan can affect the air pressure from the outside acting on the membrane, and hence the pressure difference between the inside of Biosphere 2 and the Earth's atmosphere.
    • 压力补偿肺平衡开放和封闭环境之间的压力,这些压力基本上彼此隔离并且彼此独立,例如,地球的开放环境和第二个较小的封闭生态系统的生物圈2的封闭环境。肺具有气密性 壳体和屏障,其包括柔性膜,其一侧面向生物圈2并且其另一侧面向外部,中心盘的周边被膜包围。 膜具有大致圆环形表面的形状。 它从足够的环形形状偏离以避免膜中的实质的周向张力。 锅的重量对生物圈2的大气施加正压,以防止向内泄漏。 锅盖和隔膜受到可以与外部环境密封的气候保护罩的保护,使得风扇能够影响来自作用在膜上的外部的空气压力,从而影响生物圈2内部与地球大气之间的压力差 。
    • 69. 发明授权
    • Compound separable plant pot
    • 复合可分植物盆
    • US5157869A
    • 1992-10-27
    • US619481
    • 1990-11-29
    • James D. Minton
    • James D. Minton
    • A01G9/00A01G9/02
    • A01G9/02A01G2009/003
    • A peripherally defined, truncated conic plant pot provides two releasably interconnected portions that are maintained in interconnected relationship by a cup-like bottom element. The interconnected pot portions each define substantially diametrical halves of the pot and are joined by an overlapping seam which has complementary nubbin and indentation structures to aid releasable fastening. The adjacent surfaces of the pot and fastening cup have complementary nubbin and indentation fasteners communicating therebetween to aid releasable fastening and positional maintenance of these elements. The pot structure is particularly adapted for formation by injection molding from plastic materials.
    • 外围限定的截头圆锥植物盆提供两个可释放地互连的部分,其通过杯状底部元件保持互连的关系。 互连的锅部分各自限定锅的大致直径半部,并且通过具有互补的凹凸结构和压痕结构的重叠接缝连接,以有助于可释放的紧固。 罐和紧固杯的相邻表面具有与之间连通的互补的冲压和凹陷紧固件,以有助于这些元件的可释放的紧固和位置维护。 罐结构特别适用于通过塑料材料的注塑成型。
    • 70. 发明授权
    • Potted plant removal apparatus
    • 盆栽植物清除装置
    • US5099608A
    • 1992-03-31
    • US527851
    • 1990-05-24
    • Forrest R. Casey
    • Forrest R. Casey
    • A01G9/00A01G9/08A01G9/10
    • A01G9/086A01G2009/003
    • An apparatus in combination with a conically truncated pot, including spaced shells mounted within the pot underlying and in surrounding relationship relative to a soil core mounting a plant therewithin. The shells are defined by arcuate walls complementary to an interior surface of the pot and of a height substantially equal to an interior surface of the pot wall height. The shells each include a lower semi-annular rim to underlie the soil core, wherein the upper ends of the shells include rigid handles mounted to and directed exteriorly of the shells and the associated pot. The shells formed of a memory retentent flexible material are deformable upon downward rotation of the handles to separate the soil core and shells from the interior surface of the associated pot and to accordingly enable removal of the soil core by upwardly grasping the handles and removing the shells relative to the pot.
    • 一种与锥形截头锅组合的装置,包括安装在锅内的间隔壳,其相对于在其中安装植物的土壤核心处于周围的关系。 壳体由与锅的内表面互补的弓形壁和基本上等于罐壁高度的内表面的高度限定。 壳体各自包括位于土芯下方的下半环形边缘,其中壳体的上端包括安装到外壳和相关联的锅的外部的刚性手柄。 由记忆保持柔性材料形成的壳体可在手柄向下旋转时变形,以将土壤芯和壳与相关联的锅的内表面分开,并且因此能够通过向上抓住手柄并移除壳体来移除土壤芯 相对于锅。