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    • 1. 发明专利
    • Water cut-off joint
    • 水切割接头
    • JP2010095932A
    • 2010-04-30
    • JP2008268459
    • 2008-10-17
    • Nihon Suido Consultants Co LtdSapporo CityShibata Ind Co Ltdシバタ工業株式会社札幌市株式会社日水コン
    • SHIMIZU HIDEMASAINOKO KEINOSUKETAKEUCHI MIKIOOGURO AKIRAHAYASHIKAWA TOSHIROARIGA YOSHIAKINISHIMOTO YASUSHIONODA TADAHIRO
    • E02D29/16E02D29/045E03F3/04E21D11/04E21D13/00
    • PROBLEM TO BE SOLVED: To provide a water cut-off joint which is fixed by burying it into an underground structure and capable of preventing its sealing performance from being reduced even if a tensile force is generated in this water cut-off joint. SOLUTION: This water cut-off joint is composed of a joint material 7 formed on the outside of a joint part 5 between box culverts 2a and 2b and having flowability and extending and contracting properties and a belt-like water cut-off joint 1 having watertightness and extending and contracting properties and provided on the inside of the joint 5 for the joint material 7. This water cut-off joint 1 includes a first sheet body 11 positioned on a joint material 7 side in a central part 10 of the joint and a second sheet body 12 positioned on the inside of the first sheet body 11 and having a flexible part 29 in the direction of its width. Lateral strain of a pair of sheet-like joint blade parts 14 formed to extend from both sides in the direction of width of the central part 10 of the joint and buried in each of the box culverts 2a, 2b is set to be smaller than the lateral strain of all the synthetic rubber on the assumption that the tensile force to be generated is the same. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种通过将其埋入地下结构而固定的防水接头,并且即使在该截水接头中产生张力也能够防止其密封性能降低 。 解决方案:该截水接头由形成在盒式涵洞2a和2b之间的接合部分5的外侧上并具有流动性和延伸和收缩性能的接头材料7和带状水截止 接头1具有水密性和伸缩性,并且设置在用于接头材料7的接头5的内侧。该切断接头1包括:第一板体11,其位于中心部分10的接头材料7侧 所述接头和位于所述第一片体11的内部并且在其宽度方向上具有柔性部分29的第二片体12。 一对片状接合叶片部14的横向应变,形成为从接合部的中央部10的宽度方向的两侧延伸并埋设在每个盒式涵洞2a,2b中,被设定为小于 所有合成橡胶的横向应变假定要产生的张力相同。 版权所有(C)2010,JPO&INPIT
    • 3. 发明专利
    • Water quality estimating apparatus and water quality estimating method
    • 水质评估装置和水质评估方法
    • JP2010169598A
    • 2010-08-05
    • JP2009013685
    • 2009-01-23
    • Nihon Suido Consultants Co Ltd株式会社日水コン
    • YOSHIMOTO HIDEYUKIMUTO FUMIOHIRAI MASARO
    • G01N33/18G01N27/416
    • PROBLEM TO BE SOLVED: To grasp a more accurate BOD of water without measuring the BOD of evaluation object water. SOLUTION: A water quality estimating apparatus includes at least an arithmetic device 2 accepting turbidity of water, electrical conductivity (EC), concentration of dissolved oxygen (DO), and the biochemical oxygen demand (BOD). The arithmetic device 2 comprises: a ratio calculating section 24; a time period selecting section 25; a measurement value acquiring section 26 acquiring each measurement value of the BOD, the turbidity, and the concentration of the DO; a first power regression creating section 27 creating a first power regression which takes each acquired measurement value of the BOD and the turbidity as each coordinate; a BOD calculating section 28 calculating an estimation value of the BOD by the first power regression formula; a second power regression formula creating section 29 creating a second power regression formula which takes a ratio of the measurement value of the BOD to the estimation value of the BOD and the measurement value of the concentration of the DO as each coordinate; and an estimation formula creating section 30 creating a BOD estimation formula for calculating the estimation value of the BOD by both the formulas. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:在不测量评估对象水的BOD的情况下掌握更准确的水体BOD。 解决方案:水质估计装置至少包括接受水浊度,电导率(EC),溶解氧浓度(DO)和生化需氧量(BOD))的运算装置2。 算术装置2包括:比率计算部24; 时间段选择部25; 测量值获取部分26获取BOD的每个测量值,浊度和DO的浓度; 第一功率回归创建部分27创建将每个所获取的BOD测量值和浊度作为每个坐标的第一功率回归; BOD计算部28,计算第一功率回归公式的BOD的估计值; 第二功率回归公式生成部分29,产生将BOD的测量值与BOD的估计值的比值和DO的浓度的测量值作为每个坐标产生的第二功率回归公式; 以及估计公式生成部30,生成用于通过两个公式计算BOD的估计值的BOD估计公式。 版权所有(C)2010,JPO&INPIT
    • 5. 发明专利
    • Equipment for seismically strengthening new or existing manhole
    • 用于地震加强新的或现有的房间的设备
    • JP2007063977A
    • 2007-03-15
    • JP2005367393
    • 2005-12-21
    • Nihon Suido Consultants Co LtdShinmei Sangyo:Kk株式会社信明産業株式会社日水コン
    • TAKEUCHI MIKIONOMURA KIICHIKONISHI YASUHIKOIIDA TSUTOMUHOSHIKAWA KIYOUFUENAMI HIROSHIYOSHIDA YOSHIAKI
    • E02D29/12E02D3/10E03F5/10
    • PROBLEM TO BE SOLVED: To prevent a manhole from being damaged, for example, by being pushed up and floating up, because the liquefaction phenomenon of the natural ground is caused, for example, by a tremor generated by an earthquake. SOLUTION: In this equipment for seismically strengthening the new or existing manhole, in order to prevent manhole from being pushed up and floating up, or causing settlement and the like, because the liquefaction of the natural ground is caused by an earthquakes and the like, an inflow hole for slurry accompanied by liquefaction is formed below the intermediate section of the side wall of the manhole; a riser the lower end of which has with the inflow hole which is formed along the inner wall surface of the manhole and the upper end of which is positioned above a groundwater level is arranged; grating-like filter nets the meshes of which are made gradually finer are provided as a plurality of steps at intervals in the entrance of the inflow hole and the riser; and a filter refilling material composed of a crushed stone layer is infilled into one or some places between the filter nets on the base side of the riser. When the slurry accompanied by the liquefaction is concentrated on the natural ground directly below and around the manhole by the earthquake and the like, the equipment makes the slurry filtered and elevated by the riser and diffused from an upper end. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:例如,由于例如由地震产生的震颤引起自然地面的液化现象,例如通过被推起并浮起来防止人孔被损坏。 解决方案:在这种用于地震加强新的或现有的人孔的设备中,为了防止人孔被抬起和浮起或引起沉降等,因为自然地面的液化是由地震引起的, 在井眼的侧壁的中间部分的下方形成有伴随液化的泥浆的流入孔, 其下端具有沿着人孔的内壁表面形成并且其上端位于地下水位上方的流入孔的提升管; 在其流入孔和提升管的入口处间隔设置多个台阶的格栅过滤网网格逐渐细化; 并且由碎石层组成的过滤器填充材料填充到提升管的底侧上的过滤网之间的一个或一些位置。 当伴随着液化的泥浆通过地震等直接集中在人孔下方和周围的天然地面上时,设备使浆料被上升管过滤并升高,并从上端扩散。 版权所有(C)2007,JPO&INPIT
    • 7. 发明专利
    • Method, system and program for identifying interruption range in facility for supply of material or communication
    • 用于识别材料或通信供应设施中断范围的方法,系统和程序
    • JP2006183255A
    • 2006-07-13
    • JP2004375363
    • 2004-12-27
    • Geoplan:KkNihon Suido Consultants Co Ltd株式会社ジオプラン株式会社日水コン
    • SATO SHINICHIINOUE SHINYASENGOKU TAKUYAWATANABE HIROSHIMATSUZAWA YOSHIOKOMACHIYA TSUNETAKA
    • E03B1/00G06Q50/00G06Q50/06
    • PROBLEM TO BE SOLVED: To provide a method, a system and a program for identifying an interruption range in facilities for the supply of a material or communication, equipped with a passage network or a communication network, in a practical time. SOLUTION: This method for identifying the interruption range in the facilities for the supply of the material or the communication comprises: a step of displaying the passage network or the communication network on a screen; a step of recording a specified starting point by associating it with the passage network or the communication network; a step of identifying an interrupter on the passage network or the communication network, which requires an operation for putting the starting point into an interrupted state; a step of identifying a closing range on the passage network or the communication network, including the starting point formed by closing the identified interrupter, as a first interruption range; a step of recording absolutely supplyable facilities specified as facilities where the supply of the material or a signal from the most upstream point of the passage network or the communication network from the most upstream point of the passage network or the communication network is ensured; and a step of identifying the passage network or the communication network, which is not connected to the absolutely supplyable facilities, as a second interruption range by making a search for the passage network or the communication network outside the first interruption range. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种用于在实际时间中识别配备通道网络或通信网络的材料或通信的供应设施的中断范围的方法,系统和程序。 解决方案:用于识别用于提供材料或通信的设施中的中断范围的方法包括:在屏幕上显示通道网络或通信网络的步骤; 通过将其与通道网络或通信网络相关联来记录指定起点的步骤; 识别通道网络或通信网络上的中断器的步骤,其需要将起点放入中断状态的操作; 将通过网络或通信网络的闭合范围确定为包括通过将所识别的断路器闭合形成的起点作为第一中断范围的步骤; 记录绝对可供选择的设施的步骤,其中确保来自通道网络或通信网络的最上游点的资料或信号从通道网络或通信网络的最上游点供应的设施; 以及通过在第一中断范围之外搜索通过网络或通信网络,将未连接到绝对可供应的设施的通行网络或通信网络识别为第二中断范围的步骤。 版权所有(C)2006,JPO&NCIPI
    • 8. 发明专利
    • Method and system for updating database
    • 用于更新数据库的方法和系统
    • JP2006119937A
    • 2006-05-11
    • JP2004307575
    • 2004-10-22
    • Geoplan:KkNihon Suido Consultants Co LtdTsuyama Ichi株式会社ジオプラン株式会社日水コン津山市
    • WAKEBE HIDEKISATO SHINICHIKONDO SHUHEIMATSUZAWA YOSHIOKOMACHIYA TSUNETAKAICHIKAWA FUSAKO
    • G06F12/00E03B1/00G06F17/30
    • PROBLEM TO BE SOLVED: To provide a method and a system for updating databases, which can appropriately and efficiently update data even if there is not a person who knows both system structure and update method, and technical data contents for a database at the side of database users or persons who update the database.
      SOLUTION: The database update method includes a pre-registration process to link simple update information to a database to register in the user side, an update instruction information display process to display the simple update information as update instruction information at the side of a person who updates the database, a formal registration process to update data based on the update instruction information at the side of the person who updates it, and a receiving and checking information display process, in which updated data is displayed to receive and check the updated data and the update instruction information is linked to updated data as update receiving and checking information to be displayed.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种用于更新数据库的方法和系统,即使没有知道系统结构和更新方法的人以及数据库的技术数据内容,也可以适当和有效地更新数据 数据库用户或更新数据库的人员的一面。 解决方案:数据库更新方法包括将简单更新信息链接到数据库以在用户端注册的预注册过程,更新指令信息显示处理,用于将简单更新信息显示为更新指令信息 更新数据库的人,基于更新数据的人的更新指示信息更新数据的正式注册过程;以及接收和检查信息显示处理,其中显示更新的数据以接收和检查 更新数据和更新指示信息被链接到更新数据作为要显示的更新接收和检查信息。 版权所有(C)2006,JPO&NCIPI
    • 10. 发明专利
    • Joint structure for joints and forming method therefor
    • 接头联合结构及其形成方法
    • JP2010095931A
    • 2010-04-30
    • JP2008268453
    • 2008-10-17
    • Nihon Suido Consultants Co LtdSapporo CityShibata Ind Co Ltdシバタ工業株式会社札幌市株式会社日水コン
    • SHIMIZU HIDEMASAINOKO KEINOSUKETAKEUCHI MIKIOOGURO AKIRAHAYASHIKAWA TOSHIROARIGA YOSHIAKINISHIMOTO YASUSHIONODA TADAHIRO
    • E03F3/04E04B1/684
    • PROBLEM TO BE SOLVED: To provide a joint structure for joints provided with an extensible and contractible joint material and capable of achieving satisfactory functions of a joint stably even if the joint material is deformed due to external force such as soil pressure, water pressure or the like. SOLUTION: This joint structure for joints is composed of the joint material 7 formed on the outside of a joint 5 between box culverts 2a and 2b and having flowability and extending and contracting properties and a belt-like water cut-off joint 1 having watertightness and extending and contracting properties and provided on the inward side of the joint 5 for the joint material 7. The water cut-off joint 1 includes a first sheet body 11 positioned on a joint material 7 side and a second sheet body 12 positioned on the inside of the first sheet body 11 and having a flexible part 29 in the direction of its width. The water cut-off joint 1 is formed of the material constituted by stacking synthetic rubber and fibrous sheets 17a, 17b. The first sheet body 11 is arranged and set to various degrees of strength to avoid the obstruction of extending and contracting functions of the second sheet body 12 in a state immediately before its rupture due to a tensile force. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了提供具有可伸缩接头材料的接头的接头结构,并且即使接头材料由于诸如土壤压力的外力而变形,也能够稳定地获得良好的接头功能 压力等。 解决方案:该接头接头结构由形成在箱涵2a和2b之间的接头5的外侧并具有流动性和伸缩性的接合材料7和带状截水接头1 具有防水性和伸缩性,并且设置在用于接头材料7的接头5的内侧。防水接头1包括位于接头材料7侧的第一片体11和定位在接合材料7侧的第二片体12 在第一片体11的内侧,在其宽度方向上具有柔性部29。 水切断接头1由叠合合成橡胶和纤维片17a,17b构成的材料形成。 第一片体11被布置和设置为各种程度的强度,以避免第二片体12在其由于张力而破裂之前的状态下的延伸和收缩功能的阻碍。 版权所有(C)2010,JPO&INPIT