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    • 1. 发明专利
    • 木質構造材と壁との接合構造
    • 与木结构材料和墙壁之间的接合结构
    • JP2015040431A
    • 2015-03-02
    • JP2013172415
    • 2013-08-22
    • 株式会社竹中工務店Takenaka Komuten Co Ltd
    • NAGAMORI HIROKIOHASHI HIROKAZUNAGAOKA TSUTOMUIGARASHI SHINYAYAMAMOTO SHUICHIKOBAYASHI MICHIKAZU
    • E04B1/94E04B1/26
    • 【課題】災時における木質構造材と壁との接合部位の防火区画性能の向上。【解決手段】木質柱100の側面102A(燃代層130の外周面130A)と壁200の接合部位10においては、強化石膏ボードで構成された板材50に含まれる結晶水(及び自由水)が蒸気として空気中に放出され、この結晶水(及び自由水)の蒸発により熱が吸収される。よって、板材50の板面50Aが接触している木質柱100の燃代層130の温度上昇が抑制され、これにより燃代層130の燃焼が抑制される。また、接合部位10の隙間60(隙間62及び隙間64)が施工誤差等を吸収する。そして、この隙間60(隙間62及び隙間64)に耐火性能を有するロックウール70及びシーリング材72が設けられているので、隙間60(隙間62及び隙間64)からの火炎の侵入が防止される。【選択図】図1
    • 要解决的问题:提供一种能够提高木材结构材料和壁之间的接合部分在火灾中的耐火分配性能的接合结构。解决方案:壁200和侧壁102A之间的接合部分10 木质柱100(易燃层130的外周面130A)包括由石膏板构成的板状构件50。 板构件50包含作为蒸气蒸发并排放到空气中并吸收热量的结晶水(和游离水)。 因此,防止与板状构件50的板面50A接触的木质柱100的易燃层130的温度升高; 并且由此,防止可燃性层130燃烧。 接合部10(间隙62和间隙64)中的间隙60吸收构造误差。 在间隙60(间隙62和间隙64)中,由于提供了具有耐火特性的岩棉70和密封剂72,因此防止火焰通过间隙60(间隙62和间隙64)的侵入。
    • 2. 发明专利
    • 木質構造部材
    • 木结构会员
    • JP2014227749A
    • 2014-12-08
    • JP2013109327
    • 2013-05-23
    • 株式会社竹中工務店Takenaka Komuten Co Ltd
    • OHASHI HIROKAZUNAGAMORI HIROKINAGAOKA TSUTOMUIGARASHI SHINYAYAMAMOTO SHUICHI
    • E04B1/94E04C3/14
    • 【課題】本発明は、耐火性能の低下を低減しつつ、木質構造部材に用いる木材の選択自由度を向上することができる木質構造部材を得ることを目的とする。【解決手段】木質柱10は、木材で形成された心部12と、心部12の外周に配置された複数のモルタル板18と、隣接するモルタル板18の間に配置された桟木板16と、を有する燃え止まり層14と、燃え止まり層14の外側に配置されると共に木材で形成された燃え代層20と、を備えている。モルタル板18は、心部12及び燃え代層20よりも熱慣性が高い高熱慣性木材で形成されている。【選択図】図2
    • 要解决的问题:获得能够增加木质结构构件中使用的材料的选择自由度的木质结构构件,同时降低耐火效率的降低。解决方案:木柱10包括:停火 层14,其具有由木材形成的芯部12,布置在芯部12的外周上的多个灰浆板18和布置在相邻的砂浆板18之间的板条防滑板16; 以及设置在防火层14的外侧并由木材形成的燃烧边缘层20。 砂浆板18由热惯性较高的热惯性木材形成,其热惯性大于芯体12和燃烧边缘层20。
    • 4. 发明专利
    • Method for moving skeleton, and structure
    • 移动SKELETON和结构的方法
    • JP2010265607A
    • 2010-11-25
    • JP2009115808
    • 2009-05-12
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • SUGIUCHI AKIHIROAOKI MINORUGOTO RYOTASUZUKI YOSHINORIITO MITSUOKOSAKA NORIOIGARASHI SHINYA
    • E04G21/14
    • PROBLEM TO BE SOLVED: To provide a method for moving a skeleton, making the skeleton movable along an irregular path, and a structure.
      SOLUTION: The method for moving the skeleton is provided for moving the skeleton 20 constructed on a temporary working platform 36, to a support member 12 provided on the ground 11, wherein a support means 30 changing a support position in a direction to intersect the moving direction of the skeleton 20 is provided between the support member 12 and the skeleton 20, and the skeleton 20 is moved onto the support member 12 while changing the support position in the direction to intersect the moving direction of the skeleton 20. Even if the support member 12 is not disposed aligned in a checkerboarded state in a plan view and the moving path of the skeleton 20 is the irregular path, the support means 30 moves the skeleton 20 onto the support member 12 along the irregular path while changing the support position in the direction to intersect the moving direction of the skeleton 20. The skeleton 20 can thereby be moved irrespective of the installed state of the support member 12.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种用于移动骨架的方法,使得骨架沿着不规则的路径和结构可移动。 解决方案:提供用于移动骨架的方法,用于将构造在临时工作平台36上的骨架20移动到设置在地面11上的支撑构件12,其中支撑装置30将支撑位置沿着 与骨架20的移动方向交叉的方式设置在支撑构件12和骨架20之间,并且骨架20在与框架20的移动方向相交的方向改变支撑位置的同时移动到支撑构件12上。甚至 如果支撑构件12在平面图中未布置成棋盘状状并且骨架20的移动路径是不规则路径,则支撑装置30将骨架20沿着不规则路径移动到支撑构件12上,同时改变 支撑位置在与骨架20的移动方向相交的方向上。骨架20由此可以移动而与支撑构件12的安装状态无关。COPYR IGHT:(C)2011,JPO&INPIT
    • 5. 发明专利
    • Non-destructive inspection jig of laminated rubber
    • 层压橡胶的非破坏性检验夹
    • JP2010025690A
    • 2010-02-04
    • JP2008185978
    • 2008-07-17
    • Airec Engineering CorpSwcc Showa Device Technology Co LtdTakenaka Komuten Co Ltdアイレック技建株式会社昭和電線デバイステクノロジー株式会社株式会社竹中工務店
    • SUZUKI YASUSUKEIGARASHI SHINYANAGASHIMA YUJISEKI MOTONARIKATO NAOKIYANAGI KATSUYUKI
    • G01N29/04
    • PROBLEM TO BE SOLVED: To provide a non-destructive inspection jig of laminated rubber receiving the ultrasonic wave transmitted from an ultrasonic probe applied to a rubber layer to be reflected from the rubber layer. SOLUTION: The non-destructive inspection jig 10 of the laminated rubber is equipped with a box-shaped holding member 12 molded from a resin or rubber material. When the holding member 12 is applied to the laminated rubber 22 being an inspection target, a circular recessed part 16 is formed to the central part of the back 12A turned to the outside of the holding member 12. The recessed part 16 has a size large enough to insert the columnar transmission part 24L of the ultrasonic probe 24. When the transmission part 24L is inserted, the leading end surface 24S thereof and the bottom part 16S of the recessed part 16 are brought to a surface contact state. An ultrasonic propagation part 14 is integrally molded on the side of the rubber layer 18 of the bottom part 16S of the recessed part 16. The ultrasonic propagation part 14 comprises a columnar body having a rectangular cross section and extends along the rubber layer 18 to protrude outside of the holding member 12. The side surface 14B opposed to the rubber layer 18 of the ultrasonic propagation part 14 is depressed in a circular arc shape along the outer peripheral surface of the rubber layer 18. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种层叠橡胶的非破坏性检查夹具,其接收从施加到橡胶层的超声波探头传递的超声波,以从橡胶层反射。 解决方案:层压橡胶的非破坏性检查夹具10装备有由树脂或橡胶材料模制的箱形保持构件12。 当保持构件12被施加到作为检查对象物的层压橡胶22时,在背部12A的中心部分上形成圆形的凹部16,该中央部分转动到保持构件12的外侧。凹部16的尺寸大 足以插入超声波探头24的柱状透射部分24L。当透射部分24L插入时,其前端表面24S和凹陷部分16的底部16S变为表面接触状态。 超声波传播部14在凹部16的底部16S的橡胶层18的一侧一体成型。超声波传播部14包括具有矩形截面并沿着橡胶层18延伸的柱状体 与超声波传播部14的橡胶层18相对的侧面14B沿着橡胶层18的外周面以圆弧状凹陷。(C)2010 ,JPO&INPIT
    • 6. 发明专利
    • Laminated rubber support and vibration-isolation vibration-resistant structure
    • 层压橡胶支撑和振动隔离抗振结构
    • JP2007205492A
    • 2007-08-16
    • JP2006025989
    • 2006-02-02
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • IGARASHI SHINYAABE YUTAKASUZUKI YASUSUKE
    • F16F15/04E04B1/36E04H9/02F16F1/40F16F15/02
    • PROBLEM TO BE SOLVED: To provide a laminated rubber support capable of having a necessary performance as vibration-isolation laminated rubber and sufficiently reducing vertical vibrations of about 20 Hz or more (specifically around 60 Hz) generated by a train or the like, and a vibration-isolation and vibration-resistant structure using the same laminated rubber support. SOLUTION: Upon using a laminated rubber support 10 which is a laminate of a standard record-disc-shaped hard object 20 and standard record-disc-shaped rubber body 22 with a thickness of one layer of the hard object 20, a diameter of the rubber body 22, the number of layers of the rubber bodies 22, a one-dimensional shape coefficient, and a numerical range of surface pressure regulated, deformation following capacity as the required performance of the vibration-isolation laminated rubber having a long interval with 1.5 seconds or more of horizontal characteristic intervals and the maximum horizontal shearing strain of 400% or more can be obtained, and the vibration-isolation laminated rubber can be used under a larger surface pressure rather than a conventional vibration-resistant rubber. Further, vertical vibrations of 20 Hz or more (specifically around 60 Hz) and 100 dB or less generated by a train or the like can be sufficiently reduced so that a vertical natural frequency of the laminated rubber support 10 becomes 10 Hz or less. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够作为隔振层压橡胶具有必要性能并充分降低由列车等产生的约20Hz或更高(特别是约60Hz)的垂直振动的层压橡胶支撑 以及使用相同的层叠橡胶支撑件的防振隔振结构。 解决方案:使用作为硬质物体20的一层厚度的标准记录盘状硬质体20和标准记录盘状橡胶体22的叠层体的层叠橡胶支撑体10, 橡胶体22的直径,橡胶体22的层数,一维形状系数,表面压力的数值范围,变形追随容量,作为具有长的隔振层压橡胶的要求性能 可以获得水平特征间隔为1.5秒以上的间隔,并且可以获得400%以上的最大水平剪切应变,并且可以在更大的表面压力下使用隔振层压橡胶,而不是常规的抗振性橡胶。 此外,可以充分地减少由列车等产生的20Hz以上(特别是约60Hz)和100dB以下的垂直振动,使得层叠橡胶支撑体10的垂直固有频率成为10Hz以下。 版权所有(C)2007,JPO&INPIT
    • 10. 发明专利
    • Construction method of physical distribution facility
    • 物理配送设施施工方法
    • JP2014105436A
    • 2014-06-09
    • JP2012256894
    • 2012-11-22
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • SUZUKI YASUSUKEKURATA MASANORIKAMIMURA MASAYUKIKITAZAWA SHINJITAKAHASHI KAZUYAKONO KATSUTOSHITAKIZAWA HIDEAKIIGARASHI SHINYA
    • E04G23/02B65G63/00
    • PROBLEM TO BE SOLVED: To provide a construction method of a physical distribution facility with which a new building can be constructed within an area in which an existing building is not disposed, without significantly reducing functions as a physical distribution facility.SOLUTION: A construction method of a physical distribution facility is provided for constructing a new building 6 in a construction area 3 in the case where the construction area 3 is occupied by a half or more by a container yard 4 for storing containers 10 in a physical distribution facility in which an existing building 2 and the construction area 3 provided in an area where the existing building 2 is not disposed are disposed within a site 1. The construction method of the physical distribution facility includes: a temporary placement part construction step of constructing a temporary placement part which is formed as a structure with multiple floors in a first construction block between the first construction block and a second construction block provided in the construction area 3, and in which all the containers 10 disposed in the second construction block can be temporarily placed; and a new building construction step of constructing at least a part of the new building 6 in the second construction block.
    • 要解决的问题:提供一种在没有设置现有建筑物的区域内可以构建新建筑物的物理分配设施的施工方法,而不显着地减少作为物理配送设施的功能。解决方案:施工方法 提供物理配送设施,用于在建筑区域3被建筑区域3占据一半或更多的容器庭院4用于在容器10中存储容器10的物理配置设施中构建新的建筑物6,其中 现有建筑物2和未设置现有建筑物2的区域中的建筑区域3设置在场地1内。物理分配设施的构造方法包括:临时放置部分构造步骤,其构建临时放置部分, 形成为在第一构造b之间的第一构造块中具有多个楼层的结构 锁定和设置在建筑区域3中的第二构造块,并且其中可以临时放置设置在第二构造块中的所有容器10; 以及在第二建筑块中建造新建筑物6的至少一部分的新的建筑施工步骤。