会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 72. 发明申请
    • FRAGRANCE DISPENSING DEVICE
    • 巧克力分配装置
    • WO2007034492A3
    • 2009-04-30
    • PCT/IL2006001115
    • 2006-09-21
    • ZABARI EREZ
    • ZABARI EREZ
    • A01G27/00B05B1/00B05B7/32B05B9/04B05B11/00B05B17/00B32B5/02
    • A61L9/037A41G1/002A41G1/006A61L9/127
    • A fragrance dispensing device providing for an artistic display combining visual and olfactory appealing elements is disclosed. The display is related to evolving processes, such as natural unfolding, growing, flowering, or fruit maturation, or changing a status of an object such as by moving a doll or a toy modeling a car, or by setting it into motion, simultaneously effected with fragrance dispensing. The fragrance dispensing device has at least one evolving artifact capable of changing from a state of standby into displaying and back to standby, a reservoir of perfume and a control unit. Activating a display is accomplished manually by means of an on/off switch, or a remote control unit; detecting an illuminating light by means of a light detector; detecting moving object such as human motion by means of a movement sensor; or preferably by interpreting sounds by means of an audio receiver.
    • 公开了一种提供组合视觉和嗅觉吸引元件的艺术展示的香味分配装置。 显示与进化过程有关,例如自然展开,生长,开花或果实成熟,或改变对象的状态,例如通过移动娃娃或玩具模拟汽车,或通过将其设置为运动,同时进行 配香料。 香料分配装置具有能够从待机状态变为显示状态和待机状态的至少一个演进人造物,香水储存器和控制单元。 通过开/关开关或遥控单元手动激活显示器; 通过光检测器检测照明光; 通过移动传感器检测诸如人体运动的移动物体; 或者优选地通过音频接收器解释声音。
    • 73. 发明申请
    • A PLANT WATERING APPARATUS
    • 植物水处理设备
    • WO2007099306A1
    • 2007-09-07
    • PCT/GB2007/000688
    • 2007-02-28
    • BROWN, John, HerbertELSEY, Andrew, JohnKERBY, Haydn, James
    • BROWN, John, HerbertELSEY, Andrew, JohnKERBY, Haydn, James
    • A01G27/00
    • A01G27/003
    • A plant watering apparatus has a container (1) filled with a suitable growth medium (2) and is attached to a foliage support plate (3) by a bar (4) operatively coupled with a spring loaded water control valve (6). Decreasing weight of the container opens the valve to feed water to container. The plate (3) is supported by a wall or ceiling bracket (10) by means of suspension rods (11). Plants (12) are added through holes (14) in the plate (3) and the plant root ball (13) is embedded within the medium (2) with the plant foliage overlying the plate (3). When sufficient water is present in the container 1 the spring loaded valve 6 will be closed. As the medium (2) in the container dries out the weight will reduce and the valve will commence opening. The foliage is supported by the plate (3) and foliage growth will not significantly add to the weight of the container and thus will not affect the operating point of the valve over extended periods of time.
    • 植物浇水装置具有填充有合适的生长培养基(2)的容器(1),并且通过与弹簧加载的水控制阀(6)可操作地联接的杆(4)而附接到叶片支撑板(3)。 容器的重量减少打开阀门以将水送到容器。 板(3)由悬挂杆(11)由墙壁或天花板支架(10)支撑。 植物(12)通过板(3)中的孔(14)加入,并且植物根球(13)嵌入在介质(2)内,植物叶片覆盖在板(3)上。 当容器1中存在足够的水时,弹簧加载的阀6将被关闭。 当容器中的介质(2)干燥时,重量将减少,阀将开始打开。 叶子由板(3)支撑,叶片生长不会显着增加容器的重量,因此不会在长时间内影响阀的工作点。
    • 74. 发明申请
    • 植物栽培ユニット及び植物栽培容器
    • 植物培养单位和植物培养容器
    • WO2007063815A1
    • 2007-06-07
    • PCT/JP2006/323640
    • 2006-11-28
    • サントリー株式会社橋本昌樹宮川克郎齊藤雅之
    • 橋本昌樹宮川克郎齊藤雅之
    • A01G9/02A01G9/04A01G27/00
    • A01G9/045A01G9/022A01G9/033A01G27/00A01G31/02Y02A30/254Y02B80/32Y02P60/216
    • 本発明は、潅水作業を簡便に実施し得、さらに、給水配管工事を別途必要とせず、建物の屋上のような床面に勾配のある場所においても、植物に対して均等に水を供給することが可能な植物栽培ユニットを提供することを目的とする。植物の根部を収容し得る受部3をその内部に配置可能で且つ水を貯水可能な貯水トレー2を備え、貯水トレー2内の貯水空間8と受部3とが給水部7により連通しており、貯水空間8に貯水された水が、給水部7を介して植物に供給され得る植物栽培ユニット1であって、貯水トレー2には、隣接する貯水トレー2を互いに連通接続することが可能な接続部6が設けられ、接続部6は、流入用接続部6aと流出用接続部6bとから構成されており、水は、流入用接続部6aから貯水空間8に流入し、貯水空間8に所定量の水が貯まると、オーバーフローによって流出用接続部6bから流出し得る植物栽培ユニット。
    • 一种植物栽培单元,其能够简单地进行浇水工作,并且在不需要单独的供水管道工作的情况下,均匀地施加到地板表面倾斜的地方的植物,例如建筑物的屋顶。 植物栽培单元(1)包括储水托盘(2),其中布置有可容纳植物根部的接收器(3)并且可以储存水,储水盘(2)中的储水空间(8) )通过给水器(7)与接收器(3)连通,储存在储水空间(8)中的水能够通过给水器(7)供给到工厂,其中储水盘(2)设有一个 连接器(6)能够将相邻的储水盘(2)彼此连接以允许它们之间的连通,并且连接器(6)由流入连接器(6a)和流出连接器(6b)组成,以允许水流入 通过流入连接器(6a)的储水空间(8),并且当在储水空间(8)中存储规定量的水时,通过流出连接器(6b)流出。
    • 77. 发明申请
    • METHOD AND APPARATUS FOR DETECTING A SPRINKLER ACTUATION EVENT
    • 检测喷雾器启动事件的方法和装置
    • WO2006055087A3
    • 2006-10-12
    • PCT/US2005033365
    • 2005-09-19
    • FM GLOBAL TECHNOLOGIES LLCHESKESTAD GUNNAR
    • HESKESTAD GUNNAR
    • A01G27/00A62C35/00B67D7/08
    • A62C37/50
    • A method of detecting the actuation of a sprinkler involves sensing a first fluid pressure at a first flow cross section, in one of the sprinkler and a conduit in which the sprinkler is mounted, sensing a second fluid pressure at a second flow cross section, in the sprinkler, wherein said first flow cross section is larger than said second flow cross section, and comparing the fluid pressures sensed at the first and, second flow cross sections in order to detect a change in the relation of the fluid pressures due to actuation of the sprinkler, and thereby detect actuation of the sprinkler. The fluid pressures are sensed by ports in the sprinkler, or by one port in the sprinkler and one port in the conduit, and at least one transducer connected to the ports, and output signals from the transducer are sent to a computer or other recording instrument.
    • 一种检测喷洒器的致动的方法包括在第一流动横截面中感测第一流体压力,其中一个喷洒器和安装喷洒器的管道中,感测第二流动横截面处的第二流体压力, 喷洒器,其中所述第一流动横截面大于所述第二流动横截面,并且比较在第一和第二流动横截面处感测到的流体压力,以便检测由于致动引起的流体压力的关系的变化 喷洒器,从而检测喷洒器的致动。 流体压力由喷洒器中的端口或喷洒器中的一个端口和管道中的一个端口感测,并且连接到端口的至少一个换能器以及来自换能器的输出信号被发送到计算机或其他记录仪器 。
    • 78. 发明申请
    • POT FOR PLANTS AND FLOWERS WITH IRRIGATION SYSTEM
    • 用于植物和花卉的灌溉系统
    • WO2005084419A1
    • 2005-09-15
    • PCT/IT2004/000101
    • 2004-03-02
    • KEIL, Felix, Lars
    • KEIL, Felix, Lars
    • A01G27/00
    • A01G27/003
    • A pot comprising a upwardly open container (1) and an irrigation system provided with one or more pipes (8, 9, 10, 11) connected to one or more nozzles (16) turned toward the inside of the container (1), whose upper edges (2) are shaped to form at least one perimetrical canal which contains said pipes (8, 9, 10, 11), wherein one or more lateral walls of said container (1) are provided with one or more holes (5) in which a first connector (14) which is provided with a nozzle (16) and at least an inlet (28) for connecting the end of a pipe (8, 9, 10, 11) to this nozzle (16) can be inserted, said first connector (14) being arranged at least partially in said perimetric canal.
    • 一种锅,包括向上开放的容器(1)和设置有连接到朝向容器(1)内部转动的一个或多个喷嘴(16))的一个或多个管道(8,9,10,11)的灌溉系统, 上边缘(2)成形为形成包含所述管(8,9,10,11)的至少一个周边管,其中所述容器(1)的一个或多个侧壁设置有一个或多个孔(5) 其中设置有喷嘴(16)和用于将管(8,9,10,11)的端部连接到该喷嘴(16)的至少一个入口(28)的第一连接器(14)可插入 ,所述第一连接器(14)至少部分地布置在所述周边管内。
    • 79. 发明申请
    • BOTTOM WATERING-TYPE PLANT CULTIVATION DEVICE
    • 底部浇水型植物栽培装置
    • WO2004034773A9
    • 2004-12-02
    • PCT/KR0302123
    • 2003-10-14
    • WANG YOUNG SUNG
    • WANG YOUNG SUNG
    • A01G27/00A01G27/04
    • A01G27/04A01G27/008
    • A bottom watering-type cultivation device which supplies water from a refillable water vessel (20) provided at a lower portion of a flowerpot (1) to a plant in the flowerpot (1). The bottom watering-type plant cultivation device includes a flowerpot (1) having a bottom part projected upward at a predetermined section thereof to a predetermined height to define a nutrient solution feed space (3) under the bottom part of the flowerpot (1), a refillable water vessel (20) to contain a predetermined amount of water therein to supply the water into the flowerpot, a nutrient solution guide (30) removably installed in the nutrient solution feed space (3) of the flowerpot (1), a water absorbing unit (24) engaging with the nutrient solution guide (30), and a root intercept unit (12) to prevent roots of the plant from infiltrating into the nutrient solution feed space (3).
    • 一种底部浇水型栽培装置,其将来自设置在花盆(1)的下部的可再填充水容器(20)的水供应到花盆(1)中的植物。 该底部浇水型植物栽培装置包括花盆(1),该花盆(1)具有在其预定部分向上突出至预定高度的底部,以在花盆(1)的底部下方限定营养液供给空间(3) 在其中容纳预定量的水以将水供应到花盆中的可再装水容器(20),可拆卸地安装在花盆(1)的营养溶液供给空间(3)中的营养液引导件(30),水 与营养液引导件30接合的吸收单元24以及防止植物的根渗入营养液供给空间3的根截留单元12。
    • 80. 发明申请
    • PLANT WATERING APPARATUS
    • 植物水处理设备
    • WO2004019675A1
    • 2004-03-11
    • PCT/GB2003/003750
    • 2003-08-28
    • ANDU, Adedamola, Adebayo
    • ANDU, Adedamola, Adebayo
    • A01G27/00
    • A01G27/003
    • A self-watering apparatus (1) comprising: (i) a filling tube (2) with an opening (3) at high level, said tube (2) being in fluid communication with a delivery tube (5) located at low level; (ii) a main water holding reservoir (4) adapted, in use, to receive water from said delivery tube (5), said reservoir (4) being in fluid communication with a second delivery tube (11); (iii) at least one storage chamber (10) having a discharge orifice (13), said storage chamber (10) being adapted, in use, to receive water from the main water holding reservoir (4) by means of a second delivery tube (11) which optionally may have a capillary plug; (iv) optionally, one or more further storage chambers (16) having further discharge orifices (14) at least one of the further storage chambers (16) being in fluid communication with said chamber (10) and a pressure relieving tube (20), and (v) an outlet tube (18) with an opening (19) at high-level within said reservoir (4) through which air can be drawn into the apparatus under the control of a moisture-sensitive valve (17).
    • 一种自流水装置(1),包括:(i)具有高水平的开口(3)的填充管(2),所述管(2)与位于低水平的输送管(5)流体连通; (ii)在使用中适于从所述输送管(5)接收水的主要储水容器(4),所述储存器(4)与第二输送管(11)流体连通; (iii)具有排放孔(13)的至少一个储存室(10),所述储存室(10)在使用中适于通过第二输送管(3)从主储水容器(4)接收水 (11),其可任选地具有毛细管塞; (iv)可选地,一个或多个另外的具有另外的排放孔(14)的另外的储存室(16),至少一个另外的储存室(16)与所述室(10)流体连通,并且减压管(20) ,和(v)在所述储存器(4)内具有高水平的开口(19)的出口管(18),空气可以在湿度敏感阀(17)的控制下被吸入设备中。