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    • 1. 发明申请
    • IRRIGATION SYSTEM AND METHOD
    • 灌溉系统和方法
    • WO2016040130A1
    • 2016-03-17
    • PCT/US2015/048404
    • 2015-09-03
    • HYDRAMISER, LLC
    • ALFAWAZ, AbdallaNOUR, Ayman, Abdel
    • A01G25/00A01G27/06A01G29/00A01G27/00
    • A01G29/00A01G27/00A01G27/006
    • An irrigation device (100) and related methods involve the device (100) having a container (102) defining an interior space. The container (102) has a perforated side wall (124) portion, a solid top wall portion and a solid bottom wall (128) portion such that water is dispensed from the device (100) through the perforated side wall (124) portion. An elongated neck (104) has a first end and a second end and defines a conduit therebetween. The second end of the neck (104) is coupled to the container (102) and the neck (104) extends upwardly from the container (102) to the first end. A water inlet (108) communicates with the conduit of the neck (104) at the first end. In use, the container (102) is buried underground and the water is delivered to the container (102) through the water inlet (108) and conduit of the neck (104).
    • 灌溉装置(100)和相关方法涉及装置(100)具有限定内部空间的容器(102)。 容器(102)具有穿孔侧壁(124)部分,固体顶壁部分和固体底壁(128)部分,使得水通过穿孔侧壁部分从装置(100)分配。 细长的颈部(104)具有第一端和第二端并在其间限定导管。 颈部(104)的第二端联接到容器(102),并且颈部(104)从容器(102)向上延伸到第一端。 进水口(108)在第一端与颈部(104)的导管连通。 在使用中,容器(102)被埋在地下,水通过入口(108)和颈部(104)的导管输送到容器(102)。
    • 2. 发明申请
    • APPARATUS AND METHOD FOR DELIVERING BENEFICIAL AGENTS TO SUBTERRANEAN LOCATIONS
    • 将受益人送到下属地点的装置和方法
    • WO2009126729A3
    • 2010-01-21
    • PCT/US2009039940
    • 2009-04-08
    • MICROLIN LLCWOLD TRUMANJOSHI ASHOKBHAVARAJU SAI
    • WOLD TRUMANJOSHI ASHOKBHAVARAJU SAI
    • A01G29/00
    • A01G27/006A01G29/00
    • An apparatus for delivering a beneficial agent to a subterranean location is disclosed in one embodiment of the invention as including a water collection chamber (20) having a substantially open end (30). A water-transporting membrane (26) is provided to communicate with the water collection chamber (20). An extraction chamber (22) receives water through the water-transporting membrane (26), expanding the extraction chamber (22). A dispensing chamber (24), containing a beneficial agent such as fertilizer, is configured to contract upon expanding the extraction chamber (22). This causes the dispensing chamber (24) to expel the beneficial agent through a subterranean delivery channel (38), such as a rigid hollow spike (38). In certain embodiments, a rate adjustment mechanism may control the rate that water is received through the water-transporting membrane (26), thereby controlling the rate the beneficial agent is expelled from the subterranean delivery channel (38).
    • 在本发明的一个实施例中公开了一种用于将有益剂递送到地下位置的装置,包括具有基本开口端(30)的集水室(20)。 水输送膜(26)设置成与集水室(20)连通。 提取室(22)通过水输送膜(26)接收水,使提取室(22)膨胀。 包含有益剂如肥料的分配室(24)构造成在膨胀提取室(22)时收缩。 这使得分配室(24)通过地下输送通道(38)例如刚性中空尖钉(38)排出有益剂。 在某些实施例中,速率调节机构可以控制通过水输送膜(26)接收水的速率,从而控制有益剂从地下输送通道(38)排出的速率。
    • 4. 发明申请
    • PLANT POT AND SOIL WATERING SYSTEM
    • 植物和土壤水分系统
    • WO2003055294A1
    • 2003-07-10
    • PCT/CA2002/001993
    • 2002-12-20
    • UNIVERSITÉ LAVALCARON, Jean
    • CARON, Jean
    • A01G25/06
    • A01G27/006A01G25/06Y02A40/40
    • An irrigation system (30) for watering a substrate (S), comprising a pipe (31) having a longitudinal dimension. A hermetically closeable inlet portion (32) is connected to a water supply. A passageway (34) extends generally throughout the longitudinal dimension and is in fluid communication with the inlet portion (32) such that water can fill the passageway (34). Openings (35) are in fluid communication with the passageway (34) such that water in the passageway (34) can exit the pipe (31) through the openings (35). The openings (35) are distributed along the longitudinal dimension of the pipe (31), the pipe (31) being adapted to be at least partially buried in the substrate (S) with said longitudinal dimension being generally horizontal. Porous members (36) are secured to an outer periphery of the pipe (31) so as to each cover one of the openings (35) and so as to be in contact with the substrate (S) such that water flows out of the passageway (34) through the openings (35) and the porous member (36) and into the substrate (S) as a result of a capillary action of the substrate (S).
    • 一种用于浇灌衬底(S)的灌溉系统(30),包括具有纵向尺寸的管道(31)。 一个可密封的入口部分(32)连接到一个供水口。 通道(34)通常在整个纵向尺寸上延伸并且与入口部分(32)流体连通,使得水可以填充通道(34)。 开口(35)与通道(34)流体连通,使得通道(34)中的水可以通过开口(35)离开管道(31)。 所述开口(35)沿着所述管道(31)的纵向尺寸分布,所述管道(31)适于至少部分地埋设在所述基底(S)中,所述纵向尺寸大致水平。 多孔构件(36)固定到管(31)的外周,以便覆盖一个开口(35)并与基底(S)接触,使得水流出通道 (34)通过所述开口(35)和所述多孔构件(36)并进入所述基板(S),由于所述基板(S)的毛细作用。
    • 5. 发明申请
    • DISPOSITIF D'ARROSAGE INDIVIDUEL POUR PLANTES
    • 个体植物水处理装置
    • WO2003007697A1
    • 2003-01-30
    • PCT/FR2002/002273
    • 2002-07-01
    • AMSELLEM, Maurice
    • AMSELLEM, Maurice
    • A01G27/00
    • A01G27/006A01G29/00
    • Raccord formé d'une pièce en plastique injecté, permettant de relier un réservoir d'eau (1) et un cône creux (2) en céramique poreuse, de façon à réaliser un dispositif permettant de distribuer de façon individuelle de l'eau à des plantes, notamment à des plantes en pot, à proximité de leurs racines, et en quantité prédéterminée, comportant trois parties coaxiales: - une partie intermédiaire (4) en forme de disque, ayant en son centre un trou (5), - une partie (A) formée d'un ou de deux cylindres, située d'un côté du disque (4) et destinée à être fixée à demeure au cône (2), - une partie (B) formée comme la partie A d'un ou de deux cylindres portant un filetage sur leurs faces intérieures, situés de l'autre côté du disque (4) et pouvant recevoir par vissage, de façon amovible, une bouteille (1).
    • 本发明涉及一种装配件,其由用于连接水箱(1)和由多孔陶瓷制成的中空锥体(2)的注射塑料制成的部件组成,以便产生用于将水单独分配给植物,特别是盆栽植物的装置 靠近其根部并且具有预定量的,包括三个同轴部分:具有中心孔(5)的盘形中间部分(4); 由一个或两个气缸构成的一部分(A),设置在盘(4)的一侧并设计成永久地固定在锥体(2)上; 一部分(B),其组成为一个或两个气缸的一部分(A),其在内表面上具有螺纹,布置在所述盘(4)的另一侧上并且能够接收可移除地旋拧的瓶子(1)。
    • 6. 发明申请
    • CONTAINER FOR AUTOMATICALLY DISPENSING WATER TO A PLANT
    • 用于自动将水分配给工厂的集装箱
    • WO00001220A1
    • 2000-01-13
    • PCT/DK1999/000379
    • 1999-07-02
    • A01G27/00A01G27/02
    • A01G27/04A01G27/006
    • A container (1) for automatically and time delayed dispensing of water to a plant, preferably a potted plant, and for use during for instance holidays where the person normally watering said plant is prevented from doing so, the container (1) comprising at least one chamber defined by chamber walls (2 and 3) and having an inlet (5) for introducing water into the chamber of the container (1), and one of the chamber walls (2) comprising an area (8) of a material (9) that may be dissolved, degraded or modified by the water in the container such that apertures or permeability is established in said area (8) for releasing the water in the container (1) to the soil around a plant adjacent the container (1).
    • 一种容器(1),用于自动和时间延迟地将水分配给植物,优选盆栽植物,并且在例如通常浇灌所述植物的人的假期期间使用,容器(1)至少包括 一个室由室壁(2和3)限定,并具有用于将水引入容器(1)的室中的入口(5),并且室壁(2)中的一个包括材料区域(8) 9),其可能被容器中的水溶解,降解或改性,使得在所述区域(8)中建立孔或渗透性,用于将容器(1)中的水释放到邻近容器(1)的设备周围的土壤 )。
    • 7. 发明申请
    • DEVICE FOR THE CONTINUOUS WATERING OF PLANTS
    • 用于植物连续水处理的装置
    • WO1993003605A1
    • 1993-03-04
    • PCT/FR1992000780
    • 1992-08-07
    • AZOULAY, Serge
    • A01G27/00
    • A01G27/006
    • Device for the continuous watering of plants, comprising a reservoir (2, 116) provided at its lower portion with a bottom (3) having at least one opening (4, 106), the reservoir (2, 116) being connected by its base (5, 107) to a stabilization leg (6, 109, 110) which contains an absorbing or filtering material (7, 113) and terminated by a tapered penetration guide (8, 110), characterized in that the stabilization leg (6, 109) 110) has at least one wing (9, 109) connected to a central hollow tube (10, 111) containing the absorbing or filtering material and on which at least one opening (11, 112) for communication between the absorbing or filtering material (7, 113) and the soil, said absorbing or filtering material (7, 113) being positioned in such a way that at least one wick (15, 115) connected to the reservoir (2, 116) and hanging above said absorbing or filtering material (7, 113) acts as dripping device.
    • 用于连续浇灌植物的装置,包括在其下部设置有具有至少一个开口(4,106)的底部(3)的储存器(2,116),所述储存器(2,116)由其底部 (5,107)连接到包含吸收或过滤材料(7,113)并由锥形穿透引导件(8,110)端接的稳定腿部(6,109,110),其特征在于,所述稳定腿部 109)110)具有连接到包含吸收或过滤材料的中心中空管(10,111)的至少一个翼(9,109),并且在所述至少一个用于吸收或过滤之间的连通的开口(11,112) 材料(7,113)和所述土壤,所述吸收或过滤材料(7,113)以这样的方式定位,使得至少一个连接到所述储存器(2,116)并且悬挂在所述吸收体上方的芯(15,115) 或过滤材料(7,113)用作滴水装置。
    • 8. 发明申请
    • DEVICE FOR REGULATING THE WATERING OF PLANTS
    • 用于调节植物水分的装置
    • WO1986004212A1
    • 1986-07-31
    • PCT/EP1985000559
    • 1985-10-23
    • IPACO, INTERNATIONAL PATENT AND CONSTRUCTION ...WENINGER, Roland
    • IPACO, INTERNATIONAL PATENT AND CONSTRUCTION ...
    • A01G25/16
    • A01G25/167A01G27/003A01G27/006
    • In order to regulate the watering of plants by a watering hose (12) a porous hollow body (1) may be driven into the ground in order to form with the cover (2) which carries a guiding sleeve (9) an inner sealed air-tight space connected to a closing valve responsive to the soil moisture. The guiding sleeve (9) mounted above the soil is provided with a diametral passage orifice (11) for the watering hose (12) and carries an adjustable valve body (3) as well as an adjustable stop (10) opposite thereto. The water (13) which fills the hollow body (1) prevents air from traversing it, and the cover (2) comprises a moving control element (4) which displaces the valve body (3) from a closed position to an open position when water comes out from the hollow body (1) and creates therein a depression, acting against a return force, and which brings it back to the closed position by means of the return force when water fills in the hollow body (1). The control element (4) is preferably configured as an elastic membrane (5) carrying on its outer side the valve body (3).
    • 为了通过浇水软管(12)调节植物的浇水,多孔中空体(1)可以被驱动到地面中,以便与盖(2)一起形成,所述盖(2)承载引导套筒(9)内密封空气 - 根据土壤水分连接到关闭阀的空间。 安装在土壤上方的引导套(9)设置有用于浇水软管(12)的直径通道孔(11),并且承载可调节阀体(3)以及与其相对的可调节止挡件(10)。 填充中空体(1)的水(13)防止空气横穿,盖(2)包括移动控制元件(4),其将阀体(3)从关闭位置移动到打开位置 水从空心体(1)中出来,并在其中产生一个抵抗返回力的凹陷,并且当水充满中空体(1)时,水通过返回力将其返回到关闭位置。 控制元件(4)优选构造为在其外侧承载阀体(3)的弹性膜(5)。