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
    • 1. 发明申请
    • FLOOR PANEL HAVING SUPPORT AND CONSTRUCTION METHOD THEREFOR
    • 具有支持的地板及其构造方法
    • WO1998004795A1
    • 1998-02-05
    • PCT/JP1997002434
    • 1997-07-14
    • KYODO KY-TEC CORP.KANESAKA, MinoruKUMURA, KazuoISHII, Mitsuo
    • KYODO KY-TEC CORP.
    • E04F15/024
    • E04F15/02405E04F15/02447E04F15/02452E04F15/02494
    • A floor panel having a support and a construction method therefor are such that a group of supports (14, 16) composed of main support portions (14) and auxiliary support portions (16) arrange respective columns in polygonal configuration with predetermined spacings therebetween, connections (22) having a predetermined width extend substantially radially to connect the respective support portions to one another, connecting support portions (24) are provided on the connections extending outward from the support portions on one two-sided side of the polygonal configuration, and connecting fit portions (26) are provided on the connections extending outward from the support portions on the other two-sided side of the polygonal configuration, whereby a floor panel (10) is constructed. A plurality of such floor panels (10) are joined and laid by fitting of the connecting support portions (24) and the connecting fit portions (26), whereby the respective main support portions (14) and auxiliary support portions (16) are arranged evenly with equal spacings therebetween by connections (22). Further, a plurality of panels (30) are successively laid on the respective support portions in such a manner as to be supported at corners a quater of an area each by the main support portions (14) and at centers by the auxiliary support portions (16, 24), so that a double floored construction is provided.
    • 具有支撑件的地板镶板及其构造方法是这样的,一组由主支撑部分(14)和辅助支撑部分(16)构成的支撑件(14,16)以多边形构型布置在其间具有预定间距的连接 (22)具有预定的宽度大致径向地延伸以将相应的支撑部分彼此连接,连接支撑部分(24)设置在从多边形构造的一个双面侧上的支撑部分向外延伸的连接处,并且连接 配合部(26)设置在从多边形构造的另一个双面侧的支撑部向外延伸的连接处,由此构成地板镶板(10)。 多个这样的地板镶板(10)通过装配连接支撑部分(24)和连接装配部分(26)而被连接和放置,由此各主支撑部分(14)和辅助支撑部分(16)被布置 通过连接(22)以相等的间隔均匀地分布。 此外,多个面板(30)依次铺设在相应的支撑部分上,以便被支撑在各个主支撑部分(14)的区域的四角,并且由辅助支撑部分 16,24),从而提供双层地板结构。
    • 2. 发明申请
    • AUTOMATIC WATER SUPPLY SYSTEM
    • 自动供水系统
    • WO0156367A8
    • 2002-07-18
    • PCT/JP0100478
    • 2001-01-25
    • KYODO KY TEC CORPYOSHIOKA TAKAHARUYOSHIDA MINORU
    • YOSHIOKA TAKAHARUYOSHIDA MINORU
    • A01G27/00A01G25/16
    • A01G27/003Y10T137/189
    • An automatic water supply system which is capable of cultivating plants robustly in an as natural a state as possible and avoiding waste of water, the system comprising, at least, a water content sensor for detecting the water content of subjects of water supply becoming insufficient, a first timer section for measuring a first predetermined time depending on this detection, water supply means for supplying water when the water content sensor does not detect sufficiency of the water content within the first predetermined time, and means for initializing the first timer section when sufficiency of the water content is detected within the first predetermined time. In this automatic water supply system, it is preferable that water supply be stopped after passage of a second predetermined time measured separately or that water supply be stopped when a measured value from a flowmeter installed in the water channel reaches a predetermined flow rate value after water supply has been started.
    • 一种自动供水系统,其能够以尽可能自然的状态强壮地栽培植物,并且避免浪费水,所述系统至少包括用于检测供水对象的含水量变得不足的含水量传感器, 第一定时器部分,用于根据该检测来测量第一预定时间;当所述含水量传感器在所述第一预定时间内未检测到所述含水量的充分性时,供水装置,以及用于在足够的时候初始化所述第一计时器部分的装置 在第一预定时间内检测到含水量。 在该自动供水系统中,优选在通过分开测量的第二预定时间之后停止供水,或者当来自安装在水通道中的流量计的测量值在水之后达到预定流量值时停止供水 供应已经开始。
    • 3. 发明申请
    • Structure of Fixing Planting Base
    • 固定种植基地结构
    • US20090158652A1
    • 2009-06-25
    • US12085960
    • 2006-10-20
    • Minoru YoshidaKazuo KumuraTakaharu YoshiokaYasuyuki Ueda
    • Minoru YoshidaKazuo KumuraTakaharu YoshiokaYasuyuki Ueda
    • A01G1/00A01G9/02B65D19/38
    • E04D11/002A01G9/033E04D11/005Y02A30/254Y02B80/32
    • A structure of fixing a planting base 100 supporting a planted raising member 106 by a bottom plate 101 to a laying face 300, provided with a cylinder portion 105 which is projected from the bottom plate 101 of the planting base 100 to a top side and top and bottom of which are opened in which an inner diameter is gradually contracted from a top end to a bottom side, a bolt 110 constituting a fixing member is inserted to the cylinder portion 105, the bolt 110 is screwed to and fixed by an anchor holder 120 of the laying face 300 until a position at which a bolt head portion 110a is brought into contact with and caught by an inner face of the cylinder portion 105, and a top face of the bolt head portion 110a is arranged at a height the same as that of a top end of the cylinder portion 105, or arranged at inside of the cylinder portion 105. The planting base can be fixed with an excellent construction performance without deteriorating an outlook of a planting equipment.
    • 将通过底板101支撑植入升高构件106的种植基座100固定到铺设面300的结构,该布置面300设置有从种植基座100的底板101突出到顶侧和顶部的圆筒部105 其底部开口,其中内径从顶端逐渐收缩到底侧,构成固定构件的螺栓110插入到气缸部分105中,螺栓110被锚固件固定并固定 120,直到螺栓头部110a与圆筒部105的内表面接触并被其卡住的位置,并且螺栓头部110a的顶面的高度相同 作为圆筒部105的顶端,或配置在圆筒部105的内侧。可以以优良的结构性能固定种植基座,而不会使种植设备的外观恶化。
    • 4. 发明申请
    • Bus duct supporting structure and bus duct supporting apparatus
    • 总线管道支撑结构和总线管道支撑装置
    • US20050269461A1
    • 2005-12-08
    • US11199195
    • 2005-08-09
    • Yukihiko YamadaYusuke Tamano
    • Yukihiko YamadaYusuke Tamano
    • H02G5/02H02G3/04F16L3/00
    • H02G5/025
    • A bus duct supporting structure in which it is possible to minimize the distance between bus ducts next to each other and reduce space for installation of the bus ducts. In the bus duct supporting structure, bus ducts of a plurality of lines installed in parallel almost in the vertical direction of a structure are supported, wherein each bus duct is supported by supporting parts that are fixedly installed on the structure, and supporting parts that support one bus duct and supporting parts that support another bus duct, the bus ducts being next to each other, are disposed at a distance therebetween in the longitudinal direction of a bus duct. For example, with respect to bus ducts that are installed in parallel penetrating through a plurality of floors of a structure, one bus duct is supported by a supporting part while another bus duct is not supported by a supporting part on a first floor, and the other bus duct is supported by a supporting part while the one bus duct is not supported by a supporting part on a second floor which is one floor higher than the first floor.
    • 一种总线管道支撑结构,其中可以使彼此相邻的总线管道之间的距离最小化并且减少用于安装总线管道的空间。 在总线管道支撑结构中,支撑几乎在结构的垂直方向上平行安装的多条管线的总线管道,其中每条总线管道由固定地安装在结构上的支撑部件支撑,支撑部件支撑 总线管道和支撑部件,其支撑另一总线管道,彼此相邻的总线管道沿总线管道的纵向方向设置在它们之间的距离处。 例如,对于平行穿过结构体的多个楼层的总线管道,一个总线管道由支撑部件支撑,而另一个总线管道不由一楼的支撑部件支撑,并且 另一个总线管道由支撑部分支撑,而一个总线管道不由位于比一楼高一层的二楼的支撑部分支撑。
    • 5. 发明申请
    • Greening Body
    • 绿化身体
    • US20060123704A1
    • 2006-06-15
    • US10542726
    • 2004-01-23
    • Minoru YoshidaShigeru SuzakiKazuo KumuraTakaharu YoshiokaShinji UchidaYasuyuki Ueda
    • Minoru YoshidaShigeru SuzakiKazuo KumuraTakaharu YoshiokaShinji UchidaYasuyuki Ueda
    • A01G9/02A01G25/00
    • A01G9/02A01G9/033
    • A greening structure comprising a plant-cultivatable planting portion on a water-reserving portion and laid on a pavement for forming a greening area. The greening structure further comprises post-shaped members provided substantially consecutively from a portion where an external force loaded on the planting portion is directly received, to the bottom of the water-reserving portion or to the pavement, so that the external force loaded on the planting portion is received on the pavement through the post-shaped members. The greening structure is excellent in the supporting strength and the stability to provide a satisfactory treading feel. The substantially consecutive post-shaped members include: first post-shaped members disposed upward from the bottom of the planting portion; and second post-shaped members disposed downward from the bottom of the planting portion.
    • 一种绿化结构,其包括在储水部分上的植物培养种植部分,并铺设在用于形成绿化区域的路面上。 绿化结构还包括大体上连续地设置了直接容纳种植部分的外力的部分,连接到储水部分的底部或路面上的后部构件,使得加载在 种植部分通过后形状部件被接纳在路面上。 绿化结构优良的支撑强度和稳定性提供令人满意的踩踏感。 基本上连续的后置构件包括:从植入部分的底部向上设置的第一后部形状构件; 以及从种植部分的底部向下设置的第二后部形状构件。
    • 6. 发明公开
    • GREENING BODY
    • 绿化身体
    • EP1600054A1
    • 2005-11-30
    • EP04704765.9
    • 2004-01-23
    • Kyodo Ky-Tec Corp.
    • YOSHIDA, MinoruSUZAKI, ShigeruKUMURA, KazuoYOSHIOKA, TakaharuUCHIDA, Shinji, Room 408UEDA, Yasuyuki
    • A01G9/02A01G7/00
    • A01G9/02A01G9/033
    • A greening structure comprising a plant-cultivatable planting portion on a water-reserving portion and laid on a pavement for forming a greening area. The greening structure further comprises post-shaped members provided substantially consecutively from a portion where an external force loaded on the planting portion is directly received, to the bottom of the water-reserving portion or to the pavement, so that the external force loaded on the planting portion is received on the pavement through the post-shaped members. The greening structure is excellent in the supporting strength and the stability to provide a satisfactory treading feel. The substantially consecutive post-shaped members include: first post-shaped members disposed upward from the bottom of the planting portion; and second post-shaped members disposed downward from the bottom of the planting portion.
    • 一种绿化结构,包括在储水部分上的植物栽培种植部分,并铺设在用于形成绿化区域的路面上。 所述绿化结构还包括从加载在所述种植部分上的外力直接接收的部分到所述储水部分的底部或路面大致连续设置的柱形部件,从而使得施加在所述植物上的外力 种植部分通过柱形构件接纳在路面上。 绿化结构的支撑强度和稳定性极佳,可提供令人满意的踩踏感。 基本连续的柱形构件包括:从种植部分的底部向上设置的第一柱形构件; 以及从种植部分的底部向下设置的第二后成形部件。
    • 7. 发明公开
    • AUTOMATIC WATER SUPPLY SYSTEM
    • 自动化WASSERVERSORGUNGSSYSTEM
    • EP1252816A1
    • 2002-10-30
    • EP01948916.0
    • 2001-01-25
    • Kyodo Ky-Tec Corp.
    • YOSHIOKA, TakaharuYOSHIDA, Minoru
    • A01G25/16A01G27/00
    • A01G27/003Y10T137/189
    • An automatic water supply system capable of cultivating a plant in a state as proximate to be natural as possible and robustly and capable of eliminating waste of water, which is an automatic water supply system in which at least deficiency of water of an object of water supply is detected by a water content sensor, a first predetermined time period is measured by a first timer portion in accordance with the detection, when sufficiency of water is not detected by the water content sensor within the first predetermined time period, water is supplied by water supply means and when sufficiency of water is detected within the first predetermined time period, the first timer portion is initialized. According to the automatic water supply system, it is preferable that water is stopped from being supplied after elapse of a second predetermined time period measured separately or water is stopped from being supplied when a measured value of a flow rate meter installed at a water path reaches a previously determined flow rate value after starting to supply water.
    • 一种自动供水系统,其能够将处于尽可能接近的状态的植物培育成健壮且能够消除水的浪费,水是自来水供应系统,其中供水对象的水至少不足 由含水量传感器检测到,当在第一预定时间段内水分传感器没有检测到水的充足性时,由第一计时器部分测量第一预定时间段,水由水供应 供应装置,并且当在第一预定时间段内检测到足够的水时,初始化第一定时器部分。 根据自动供水系统,当安装在水路上的流量计的测量值到达时,优选在经过分别测量的第二预定时间段或停止供水之后停止供水 开始供水后预先确定的流量值。
    • 9. 发明专利
    • FLOOR PANEL INCLUDING SUPPORT PORTIONS AND METHOD OF LAYING THE SAME
    • HK1018296A1
    • 1999-12-17
    • HK99103297
    • 1999-07-30
    • KYODO KY TEC CORP
    • KANESAKA MINORUKUMURA KAZUOISHII MITSUO
    • E04F15/024E04F15/18E04F
    • A floor panel having a support and a construction method therefor are such that a group of supports (14, 16) composed of main support portions (14) and auxiliary support portions (16) arrange respective columns in polygonal configuration with predetermined spacings therebetween, connections (22) having a predetermined width extend substantially radially to connect the respectively support portions to one another, connecting support portions (24) are provided on the connections extending outward from the support portions on one two-sided of the polygonal configuration, and connecting fit portions (26) are provided on the connections extending outward from the support portions on the other two-sided side of the polygonal configuration, whereby a floor panel (10) is constructed. A plurality of such floor panels (10) are joined and laid by fitting of the connecting support portions (24) and the connecting fit portions (26), whereby the respective main support portions (14) and auxiliary support portions (16) are arranged evenly with equal spacings therebetween by connections (22). Further, a plurality of panels (30) are successively laid on the respective support portions in such a manner as to be supported at corners a quater of an area each by the main support portions (14) and at centers by the auxiliary support portions (16, 24), so that a double floored construction is provided.