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    • 11. 发明授权
    • TRAY FOR GROWING ORGANIC MATERIAL AND A NURSERY ASSEMBLY
    • 巴伐利亚州楚雄齐鲁文化遗产
    • EP2134155B1
    • 2017-03-01
    • EP08737782.6
    • 2008-04-10
    • Philips Lighting Holding B.V.
    • VAN DER POEL, Lucas, L., D.RAAIJMAKERS, Antonius, H., M.
    • A01G7/04A01G9/26A01G9/04
    • A01G7/045A01G9/045A01G9/26Y02A40/274Y02P60/146
    • A tray (200) for growing organic material comprising a plurality of LEDs (204) is disclosed. The tray (200) comprises an upper side (202) and a lower side (206). The upper side (202) is arranged to carry a substrate (210) for growing organic material and the lower side (206) is arranged to radiate the light generated by the LEDs (204). The tray (200) comprises a structure which enables the tray (200) to radiate more heat, generated by the LEDs (204), at the upper side(202) than at the lower side(206) of the tray(200). The tray(200) enables to provide an improved nursery assembly (100), wherein the soil with organic material is heated up with the heat generated by the LEDs (204). In this way, the heat is not wasted to heat up the air but is used to heat up the soil such that it can have a higher average temperature than the air above the organic material.
    • 公开了一种用于生长包括多个LED(204)的有机材料的托盘(200)。 托盘(200)包括上侧(202)和下侧(206)。 上侧(202)布置成承载用于生长有机材料的基板(210),并且下侧(206)布置成辐射由LED(204)产生的光。 托盘(200)包括使得托盘(200)能够在上侧(202)处比由托盘(200)的下侧(206)辐射由LED(204)产生的更多热量的结构。 托盘(200)能够提供改进的托儿所(100),其中具有有机材料的土壤与由LED(204)产生的热量加热。 以这种方式,不会浪费热量来加热空气,而是用于加热土壤,使得其可以具有比有机材料上方的空气更高的平均温度。
    • 12. 发明公开
    • Plant tray, assembly of a tray and at least one plant pot, method for assembling an assembly, and method for handling plant pots
    • 植物托盘,一壳组件和至少一个花盆,用于构造的装置和方法,用于花盆的处理方法
    • EP2880970A1
    • 2015-06-10
    • EP14196999.8
    • 2014-12-09
    • Houdstermaatschappij Modiform B.V.
    • van Heugten, Petrus Johannes
    • A01G9/04
    • A01G9/045
    • The invention relates to a plant tray (1) for holding plant pots (3). The tray comprises one or more multiple plant pot compartments (2), wherein each compartment is arranged for receiving a plant pot. Said compartment has one or more side wall segments (4) for at least partly enclosing at least a lower portion (5) of an outer wall (7) of a plant pot. Further, the compartment is provided with one or more eccentric protruding supporting surfaces (6) for supporting an eccentric portion of a bottom of a plant pot only. The compartment is arranged such that a bottom of a plant pot which has an outer wall substantially corresponding with the one or more side wall segments of said compartment, will, when said plant pot is inserted into said compartment in an inserting direction (8) in which a central axis (9) of the compartment is substantially aligned with a central axis (10) of said plant pot, abut the one or more eccentric protruding supporting surfaces, thereby obstructing said bottom locally and subsequently facilitating misalignment of the pot with respect to the compartment when a force is applied to the pot, preferably a force applied at least partly in a downward direction and/or a direction directed inward the compartment, especially a force applied substantially in the insertion direction and/or in the longitudinal direction of the pot and/or compartment.
    • 本发明涉及一种植物托盘(1),用于保持植物盆(3)。 所述托盘包括一个或多个多盆栽植物隔室(2),worin每个隔室被设置用于接收植物盆。所述隔室具有一个或多个侧壁段(4),用于至少部分地包围至少一个下部(5) 的计划的罐的外壁(7)。此外,该隔室被用于在仅一个栽培盆的底部的偏心部支承设置有一个或多个偏心突出支承面(6)。 隔室被布置搜索做了花盆哪在外壁具有与所述室的一个或多个侧壁段基本对应,的底想要的,当所述植物盆在插入方向插入到所述隔室(8)中 其中心轴线(9)的隔室的与所述植物锅的中心轴线(10)基本对齐,邻接所述一个或多个偏心突出支承面,从而阻碍本地所述底部并随后促进罐的未对准相对于 隔间当力施加到器皿,优选地在向下方向和/或定向的向内隔室的方向上施加至少部分上的力,爱特别的力在插入方向和/或在其纵向方向上基本应用 锅和/或隔间。
    • 16. 发明公开
    • SEEDLING PROPAGATING CONTAINER AND METHOD
    • BEHÄLTERFÜRSÄMLINGESOWIE VERFAHREN。
    • EP0082878A1
    • 1983-07-06
    • EP82902488.0
    • 1982-06-30
    • van Wingerden, Aart
    • van Wingerden, Aart
    • A01C11A01G9
    • A01C11/02A01G9/0295A01G9/045
    • A seedling growing container is illustrated wherein a number of removable partitions or barriers (B,C) are positioned together in a block. Each of the partitions has interconnected diverging walls forming a series of troughs therebetween open at the top and the bottom so that the partitions (B,C) may be placed in opposing relation as in a tray (A) forming growing compartments from each of the opposing troughs which are in register with each other, suitable for growing a single seedling. Positioning of the plugs is contemplated such that alternate rows of plugs of growing material, each of which is capable of growing a single seeding, are utilized so that each plug will be surrounded for the most part by a partition (B,C) with the remainder being surrounded by an air space for preventing roots from growing from one plug to the other through the process of air pruning. The tray (A) is partially open at the bottom (12), at least to an extent sufficient to provide an opening for heated air to be passed upwardly through the voids formed by the omitted plugs for further encouraging growth of the seedlings. Any suitable means may be utilized for positioning the partition (B,C) together to form a block.
    • 示出了一种幼苗生长容器,其中多个可移除的隔离物(B,C)位于块中。 每个隔板具有互连的发散壁,其形成在其顶部和底部之间的一系列槽,使得隔板(B,C)可以相对地放置在托盘(A)中,从而形成从每个隔板 彼此对准的相对的槽,适合种植单一的幼苗。 预期插头的定位可以被使用,使得生长材料的插塞的交替排可以生长单个种子,以使得每个插头大部分由隔板(B,C)包围,其中 剩余部分被空气空间包围,用于防止根部通过空气修剪过程从一个塞子增长到另一个塞子。 托盘(A)在底部(12)处部分地开放,至少达到一定程度,足以提供用于加热空气的开口以向上通过由省略的塞形成的空隙,以进一步鼓励幼苗的生长。 可以使用任何合适的装置将分隔件(B,C)定位在一起以形成块体。
    • 20. 发明公开
    • SYSTEM FOR VEGETATION ON ROOFS
    • 屋顶植被系统
    • EP3199019A1
    • 2017-08-02
    • EP16002027.7
    • 2016-09-19
    • ABS Infradvies B.V.Vermeer, Adrianus Maria Antonius
    • Vermeer, Adrianus Maria Antonius
    • A01G9/04B65D1/36A01G1/00E04D1/30E04D11/00
    • E04D11/002A01G9/033A01G9/045B65D1/36Y02A30/254Y02B80/32
    • System for vegetation on a roof, in particular a flat roof, more in particular a flat roof placed at a slope, comprising one or more first accommodation spaces for holding a growth medium and vegetation placed in or on it, a number of lower trays placed on the roof which trays have a bottom and on which trays the first accommodation spaces are supported, wherein second accommodation spaces have been formed underneath the growth medium and on top of the bottom of the lower trays, which second accommodation spaces are in water transporting connection with the first accommodation spaces, for holding a storage of atmospheric water for the benefit of the growth medium and the vegetation and/or for buffering atmospheric water, characterized in that the lower trays have one or more outlets for letting out the water out of the lower trays, wherein the system further comprises one or more water discharge conduits extending from one or more of the outlets to a location of discharge, wherein the system further comprises one or more closing devices of which the position can be controlled for influencing the quantity of water flowing out of the lower trays to the discharge and means for controlling the position of the closing devices, which control means are operative in dependency on an external parameter
    • 用于屋顶上的植物的系统,尤其是平屋顶,更特别是放置在斜坡上的平屋顶,包括一个或多个第一容纳空间,用于容纳放置在其中或上面的生长介质和植物,多个下层托盘放置 在托盘具有底部并且托盘上支撑有第一容纳空间的屋顶上,其中第二容纳空间已经形成在生长介质下方和下部托盘的底部的顶部上,该第二容纳空间处于水输送连接 具有第一容纳空间,用于容纳大气水的储存以利于生长介质和植物和/或用于缓冲大气水,其特征在于,下部托盘具有一个或多个出口,用于将水排出 其中所述系统还包括一个或多个排水管道,所述排水管道从一个或多个所述出口延伸至排放位置,其中所述 系统还包括一个或多个关闭装置,其位置可以被控制以影响从下部托盘流出到排出口的水的量以及用于控制关闭装置的位置的装置,该控制装置依赖于 外部参数