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    • 1. 发明专利
    • Folded-plate roof structure
    • 折叠式屋顶结构
    • JP2006336243A
    • 2006-12-14
    • JP2005159948
    • 2005-05-31
    • Kumagai Gumi Co LtdOhbayashi CorpTakenaka Komuten Co Ltd株式会社大林組株式会社熊谷組株式会社竹中工務店
    • TACHIKAWA JOJISATO MITSUHIROONISHI TAKASHINAGASE TADASHISAKAI MASATOHAYASHIDA HIDETOSHIOGAWA TAKATOSHIKUSHIBE ATSUMICHISAWABE SHIGEKATSUYOSHIMATSU KENJISATO KOICHITSUJIKU OSAMU
    • E04D3/36
    • PROBLEM TO BE SOLVED: To effectively prevent a connecting part from being damaged by a difference between the temperature of an upper folded plate and that of a lower folded plate, while enabling the fastening of a nut so that the upper and lower folded plates cannot be disconnected from each other.
      SOLUTION: In this folded-plate roof structure, the nut 16 is screwed to a bolt 15 which is inserted into both an upper fitting 1 fixed to the upper folded plate A and a lower fitting 2 fixed to the lower folded plate B, so that the upper and lower folded plates can be connected together with a vertical space in between; a bolt inserting hole of the upper or lower fitting is formed as a slot 17 long along a folded part D of the folded plate, so that the upper and lower fittings can be assembled in such a manner as to be relatively displaceable in a direction along the folded part of the folded plate; and in a state in which the upper and lower folded plates are connected together by screwing the bolt into the nut, a regulation part 18 capable of regulating the depth of the fastening of the nut to the bolt is provided so that a fastening force cannot act on the fitting wherein the bolt inserting hole is formed as the slot.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了有效地防止连接部件被上部折叠板的温度与下部折叠板的温度之间的差异所损坏,同时能够固定螺母,使得上部和下部折叠 板不能彼此断开。 解决方案:在该折叠板屋顶结构中,螺母16拧入螺栓15,螺栓15插入固定到上折叠板A的上配件1和固定到下折叠板B的下配件2 ,使得上下折叠板可以在其间具有垂直空间连接在一起; 上部或下部配件的螺栓插入孔沿着折叠板的折叠部分D形成为长度为17的槽17,使得上部和下部配件可以以沿相对方向相对移位的方式组装 折叠板的折叠部分; 并且在通过将螺栓拧入螺母中将上折叠板和下折叠板连接在一起的状态下,设置能够调节螺母到螺栓的紧固深度的调节部18,使得紧固力不能起作用 在其中将螺栓插入孔形成为槽的配件上。 版权所有(C)2007,JPO&INPIT
    • 2. 发明专利
    • Physical distribution support system for construction site and physical distribution support method for construction site using this system
    • 使用本系统的施工现场物理配置支持系统及施工现场的物理配置支持方法
    • JP2006312546A
    • 2006-11-16
    • JP2005136737
    • 2005-05-09
    • Ohbayashi CorpTakenaka Komuten Co Ltd株式会社大林組株式会社竹中工務店
    • TABAI HIROSHIHAYASHIDA HIDETOSHISASAKI YOSHIKAZUHAMADA YASUSHISHIOKAWA TAKASHIKANEKO TOMOYAKONDO SATORU
    • B65G61/00
    • PROBLEM TO BE SOLVED: To provide a physical distribution support system for a construction site and a physical distribution support method for the construction site using this system, capable of particularly optimizing supply of materials to a plurality of construction sites, by efficiently and inexpensively supplying the materials regardless of a scale of the construction sites.
      SOLUTION: This physical distribution support system allows a management part to generalize supply time of the materials to the construction site C from an accumulating place S in response to work starting time at the site; and has a carrying request database 16 for storing a material carrying request transmitted via a communication means 22 to the management part 4 from the construction site, and a condition database 18 for storing capacity or weight of the respective materials being at least a management object and loading capacity of a transport means used for carrying; and is constituted so that the management part 4 can adjust carrying-out time of the respective materials in an allowance period M set in response to the work starting time with every construction site on the basis of information of these databases for improving transport efficiency.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种用于施工现场的物流配送支持系统和使用该系统的施工现场的物理分配支持方法,能够通过有效地和有效地向多个施工场地供应材料 无论建筑工地的规模如何,都能廉价地供应材料。 解决方案:该物流配送系统允许管理部门响应于现场的工作开始时间,从堆积地点S将材料的供应时间概括为施工现场C. 并具有携带请求数据库16,用于存储通过通信装置22从施工现场发送到管理部分4的材料承载请求;以及条件数据库18,用于存储至少是管理对象的各种材料的容量或重量, 用于运输的运输工具的装载能力; 并且构成为使得管理部分4可以基于用于提高运输效率的这些数据库的信息来调整响应于每个施工现场的工作开始时间设置的允许周期M中的各个材料的执行时间。 版权所有(C)2007,JPO&INPIT
    • 3. 发明专利
    • Construction method for extending lower story of existing building
    • 用于扩展现有建筑物下层故障的建筑方法
    • JP2005264569A
    • 2005-09-29
    • JP2004078987
    • 2004-03-18
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • ONO SADATOSHIHAYASHIDA HIDETOSHIYAMAMOTO MASATOKUROKI TOMOHIRONAKAI MASAYOSHIFUJII EIJIISHIKAWA YOSHIHIROISHIKAWA ATSUO
    • E04H9/02E04G23/02E04G23/06
    • PROBLEM TO BE SOLVED: To provide a construction method for extending a lower story, such as a first floor section, of a relatively low-rise existing building by pushing up an upper story section higher than the lower story.
      SOLUTION: The building 2 above the extended floor is supported by a supporting means, and an existing column of the extended floor is cut in a position near an upper end. A column on a lower side with respect to a cutting position is covered with column members 6 and 6'; an upper end of a column member is joined to a column on an upper side with respect to the cutting position; and an upper building is supported by the column member. The column members are connected to each other by a beam; a jack 9 is connected to a reaction implement 10 which is provided in the beam or the column member; and the upper building is made to ascend to the limit of preventing the column member from coming off from the lower-side column 4b. The exposed lower-side column is covered with the column member; the upper end of the column member is joined to a lower end of the upper column member; and an upper building is supported by the column member. The jack is reconnected to the reaction implement which is provided in the beam or the lower-side column member, and the upper building is made to ascend to the limit of preventing the column member from coming off from the lower-side column. Concrete is infilled into the column member so as to be integrated with the upper-side and lower-side columns.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种通过推高高于下层故事的上层部分来延伸较低层现有建筑物的下层楼层(例如一楼)的施工方法。 解决方案:延伸地板上方的建筑物2由支撑装置支撑,并且延伸地板的现有列被切割在靠近上端的位置。 相对于切割位置的下侧的柱被柱构件6和6'覆盖; 柱构件的上端部相对于切割位置与上侧的列接合; 上层建筑由柱构件支撑。 柱构件通过梁相互连接; 千斤顶9连接到设置在梁或柱构件中的反作用工具10; 并使上层建筑物上升到防止柱构件从下侧柱4b脱落的极限。 暴露的下侧柱被柱构件覆盖; 柱构件的上端连接到上柱构件的下端; 上层建筑由柱构件支撑。 千斤顶被重新连接到设置在梁或下侧柱构件中的反作用工具,并且使上建筑物上升到防止柱构件从下侧柱脱落的极限。 混凝土填充到柱构件中,以便与上侧和下侧柱一体化。 版权所有(C)2005,JPO&NCIPI
    • 4. 发明专利
    • Removing device of closed removing system
    • 关闭拆卸系统的拆卸装置
    • JP2010209574A
    • 2010-09-24
    • JP2009056254
    • 2009-03-10
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • HOSHINO HARUOSUGATA MASAHIROHAYASHIDA HIDETOSHI
    • E04G23/02
    • PROBLEM TO BE SOLVED: To provide a removing device of a closed removing system which is used to remove a spray material containing asbestos.
      SOLUTION: This removing device 4 includes a vertically rotatable rotary brush 41 which comes into contact with a surface to be processed 5A in the vertical direction to a rotating shaft 40 and exhibits the separating-removing functions of the spray material. An air suction hose 7 is connected to a dust collection cover 42, and the dust collection cover is attached to the support part 49 of the rotating shaft of the rotary brush. A seal brush 44 which receives the peeled pieces and dust that the rotary brush has peeled off and removed from the surface to be processed and guides into a suction air flow path 43 inside the dust collection cover is attached to the dust collection cover at the forward end of the rotary brush in the rotating direction. An air flow control plate 45 is installed in an arcuate arrangement so as to approach the outer peripheral surface of the rotary brush. By the air flow control plate, the air flow path cross sectional areas of an air suction port 46 and a side slit 47 which form the suction air flow path inside the dust collection cover are approximately equal to that of the air suction hose.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种用于去除含有石棉的喷雾材料的封闭去除系统的去除装置。 解决方案:该去除装置4包括可垂直旋转的旋转刷41,该旋转刷41在与旋转轴40垂直的方向上与待处理的表面5A接触,并且表现出喷射材料的分离去除功能。 吸尘软管7与集尘罩42连接,集尘罩安装在旋转刷的旋转轴的支承部49上。 接收从旋转刷从被处理表面剥离并被引导到集尘罩内部的吸入空气流路43中的被剥离的片和灰尘的密封刷44被安装在前方的集尘罩上 旋转刷的端部沿旋转方向。 气流控制板45安装成弓形布置以接近旋转刷的外周表面。 通过气流控制板,形成吸尘罩内部的吸入空气流路的空气吸入口46和侧面狭缝47的空气流路截面积大致与空气抽吸软管相同。 版权所有(C)2010,JPO&INPIT
    • 7. 发明专利
    • Folded-plate roof structure
    • 折叠式屋顶结构
    • JP2006336244A
    • 2006-12-14
    • JP2005159953
    • 2005-05-31
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • TACHIKAWA JOJISATO MITSUHIROONISHI TAKASHINAGASE TADASHISAKAI MASATOHAYASHIDA HIDETOSHIOGAWA TAKATOSHIKUSHIBE ATSUMICHI
    • E04D3/36
    • PROBLEM TO BE SOLVED: To effectively prevent damage to a connecting part between upper and lower folded plates.
      SOLUTION: In this folded-plate roof structure, an upper fitting 1, which is fixed to the undersurface side of the upper folded plate A, and a lower fitting 2, which is fixed to the top-surface side of the lower folded plate B, are assembled together in such a manner as to be relatively displaceable from each other in a direction along a folded part D of the folded plate and engageable in a vertical direction, so that the upper and lower folded plates can be connected together with a vertical space in between. The upper and lower fittings are brought into vertical contact with each other via a rolling member 25 rollable around a horizontal axis X in a direction almost orthogonal to the folded part of the folded plate.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:有效防止损坏上下折叠板之间的连接部分。 解决方案:在该折叠板屋顶结构中,固定到上折叠板A的下表面侧的上配件1和固定到下折叠板A的顶表面侧的下配件2 折叠板B以沿着折叠板的折叠部分D的方向彼此相对移位的方式组装在一起,并且可以在垂直方向上接合,使得上折叠板和下折叠板可以连接在一起 其间具有垂直空间。 上下配件通过滚动构件25彼此垂直接触,该滚动构件25能够在与折叠板的折叠部分几乎正交的方向上围绕水平轴线X滚动。 版权所有(C)2007,JPO&INPIT