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    • 13. 发明专利
    • Building site safety management system
    • 建筑现场安全管理体系
    • JP2011108031A
    • 2011-06-02
    • JP2009263088
    • 2009-11-18
    • Maguma:Kk有限会社マグマ
    • AOKI KENJIKONDO YOSHIMASA
    • G06Q10/00G06Q50/00G06Q50/08
    • PROBLEM TO BE SOLVED: To reduce the burden of a worker injury applicant who is a contract source, a site inspection supervisor, a worker and a work representative, to reduce the burden of taxes and public charges by allowing payment of worker injury insurance cost at an amount matched to an actual working time, and further to facilitate daily scaffold inspection report operation which requires obtaining of a lot of evidences. SOLUTION: The building site safety management system includes a portable information terminal 2 for worker having person identification function, location identification function, Web log-in function, and imaging function; and a center server 1 of a safety management center which is network-connected to the terminal through the Internet 3 to collectively manage safety management information in a building site by the safety management center. The center server 1 includes a worker individual identification information obtaining part 11; a work site location information obtaining part 12; a work report and inspection information obtaining part 13 which obtains work reports and work inspection information; a time information obtaining part 14; a Web server 15; and a control part which associates the information obtaind by each part with each other for collective management. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:减轻作为合同来源的工伤者申请人,现场检查主管,工人和工作代表的负担,通过允许工伤的方式减轻税收和公共收费的负担 保险费用与实际工作时间相匹配,进一步促进每日脚手架检查报告操作,要求获得大量证据。 解决方案:建筑工地安全管理系统包括一个具有人员识别功能的工作人员的便携式信息终端2,位置识别功能,Web登录功能和成像功能; 以及通过因特网3网络连接到终端的安全管理中心的中心服务器1,以通过安全管理中心共同管理建筑工地中的安全管理信息。 中心服务器1包括工人个人识别信息获取部11; 工地位置信息取得部12; 获取工作报告和工作检查信息的工作报告和检查信息获取部分13; 时间信息获取部14; Web服务器15; 以及将每个部分获得的信息彼此相关联以进行集体管理的控制部分。 版权所有(C)2011,JPO&INPIT
    • 16. 发明专利
    • Blending design method for solidifying material for impervious wall
    • 用于固定墙体材料的混合设计方法
    • JP2008169545A
    • 2008-07-24
    • JP2007000819
    • 2007-01-05
    • Maguma:KkTaiyo Kiso Kogyo KkUniv Waseda太洋基礎工業株式会社学校法人早稲田大学有限会社マグマ
    • AKAGI KANICHIKONDO YOSHIMASAIMAI KINJIUCHIDA TAKASHI
    • E02D3/12
    • PROBLEM TO BE SOLVED: To provide a blending design method for a solidifying material used to construct an impervious wall for showing how much strength is required to solidify the impervious wall clearly.
      SOLUTION: In this blending design method for the solidifying material used to construct the impervious wall by use of the soil cement prepared by mixing a solidifying material made of clay mineral and a hydraulic solidifying material with slurry, (i) an impervious condition for setting coefficient of water permeation of the impervious wall to be smaller than optional coefficient k of water permeation, (ii) a deformation following condition being coefficient of deformation of the impervious wall causing ductile fracture when the impervious wall is destroyed, and (iii) an earthquake stability condition for setting strength of the impervious wall to be larger than a value obtained by multiplying the maximum principal stress difference q
      max caused in the impervious wall when earthquake occurs by a safety factor Fs are set when a ratio of weight of the solidifying material to the total amount of soil cement is x and a ratio of weight of the clay mineral to the hydraulic solidifying material is y, and each of (i) the impervious condition, (ii) the deformation following condition, and (iii) the earthquake stability condition is converted into inequalities expressed by x, y, and constant to select x and y satisfying all the inequalities.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供用于构造不透水壁的凝固材料的混合设计方法,以显示需要多少强度来使不透水壁牢固地固化。 解决方案:在该混合设计方法中,通过使用通过将由粘土矿物制成的固化材料和液压固化材料与浆料混合而制备的土壤水泥来构造不透水壁的固化材料,(i)不透水条件 将不透水壁的渗透系数设定为小于渗水量的任选系数k,(ii)当不透水壁被破坏时,不透水壁变形系数的变形,导致韧性断裂;(iii) 用于将不透水壁的强度设定为大于通过乘以当安全系数Fs发生地震时在不透水壁中产生的最大主应力差q max 获得的值的地震稳定性条件, 固化材料与土壤水泥总量的重量比为x,粘土矿物与液压固化物的重量比 (i)不可渗透条件,(ii)变形跟随条件,(iii)地震稳定性条件被转换为由x,y表示的不等式,并且常数选择满足所有的x和y 不平等。 版权所有(C)2008,JPO&INPIT