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    • 11. 发明专利
    • Process for manufacturing precast concrete panel having outside heat insulation structure
    • 具有外部热绝缘结构的预制混凝土板的制造工艺
    • JP2006315318A
    • 2006-11-24
    • JP2005140814
    • 2005-05-13
    • Okisou Kensetsu:Kk株式会社沖創建設
    • YOKOTA YOSHIFUMIURASAKI NAOHIROMAEDA HISAYAMIYAGI TADAYUKI
    • B28B1/16B28B1/14B28B23/22E04B1/80
    • PROBLEM TO BE SOLVED: To solve a problem to simplify a process for manufacturing a precast concrete panel having an outside heat insulation structure. SOLUTION: The process for manufacturing the precast concrete panel having the outside heat insulation structure comprises the steps of: fastening tentatively a cement board 1c and a foamed plastic board 1b as a laminated state by fixing a plurality of anchor members to the cement board 1c laminated with the foamed plastic board 1b so as to protrude exceeding the thickness of the foamed plastic board; setting these cement board and formed plastic board in a molding flask in such a manner that the foamed plastic board is on the cement board; arranging bar; and thereafter unifying the precast concrete panel, the cement board and the foamed plastic board so as to sandwich the foamed plastic board between the precast concrete panel and the cement board by casting concrete in the molding flask and hardening to embed the anchor members in the precast concrete panel 1a. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了简化用于制造具有外部隔热结构的预制混凝土板的制造工艺的问题。 解决方案:具有外部隔热结构的预制混凝土面板的制造方法包括以下步骤:通过将多个锚定构件固定在水泥上,暂时将水泥板1c和发泡塑料板1b作为层压状态 与发泡塑料板1b层叠的板1c突出超过发泡塑料板的厚度; 将这些水泥板和成型的塑料板以使得发泡塑料板在水泥板上的方式设置在模型烧瓶中; 安排吧 然后将预制混凝土板,水泥板和泡沫塑料板统一起来,以将发泡塑料板夹在预制混凝土板和水泥板之间,将混凝土浇铸在模型烧瓶中并硬化以将锚固构件嵌入预制件 混凝土面板1a。 版权所有(C)2007,JPO&INPIT
    • 12. 发明专利
    • Waste disposal furnace
    • 废物处理炉
    • JP2006247455A
    • 2006-09-21
    • JP2005063782
    • 2005-03-08
    • Kenso:KkOkisou Kensetsu:Kk株式会社 建創株式会社沖創建設
    • YOKOTA YOSHIFUMIMIYAGI TADAYUKISUNAKAWA MASAKAZU
    • B09B3/00B01J19/08F27B17/00
    • PROBLEM TO BE SOLVED: To solve the problems that disposal of waste is ununiform, incomplete disposal is generated and disposal efficiency is lower than an expected value in a process of waste disposal.
      SOLUTION: The waste disposal furnace is provided with an airtightly closed vessel 2 charged with the waste; a gas discharge passage 4 for discharging the generated gas in the airtightly closed vessel; an air feeding passage 3 for feeding a slight amount of air into the airtightly closed vessel; a pair of magnets 20 provided so as to clamp the air feeding passage and forming a magnetic field crossing the air feeding passage; and a flow rate adjustment means 18 provided on the midway of the air feeding passage and adjusting an amount of air fed into the airtightly closed vessel. A casing 19 formed by a non-magnetic body is provided on the midway of the air feeding passage and an air feeding passage formation hole 19a constituting a part of the air feeding passage is formed on the casing. A pair of magnets is arranged so as to clamp the air feeding passage formation hole and a throttle part 19c having a gradually narrowed downstream side is formed on the air feeding passage formation hole.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了解决废弃物处理不均匀的问题,在废物处理过程中产生的处理不完善,处理效率低于预期值。

      解决方案:废物处理炉设有带有废物的气密封闭容器2; 气体排出通道4,用于排出气密密闭容器中产生的气体; 空气供给通道3,用于将少量空气供给到气密密封的容器中; 设置成夹持空气供给通道并形成与空气供给通道相交的磁场的一对磁铁20; 以及设置在空气供给通道的中途的流量调节装置18,并且调节进入气密密闭容器的空气量。 在空气供给通道的中途设置有由非磁性体形成的壳体19,并且在壳体上形成构成空气供给通道的一部分的送风通道形成孔19a。 一对磁铁被布置成夹紧供气通道形成孔,并且在空气供给通道形成孔上形成具有逐渐变窄的下游侧的节流部19c。 版权所有(C)2006,JPO&NCIPI

    • 13. 发明专利
    • Jointing method of precast concrete member
    • 预制混凝土构件接合方法
    • JP2006002461A
    • 2006-01-05
    • JP2004180766
    • 2004-06-18
    • Okisou Kensetsu:Kk株式会社沖創建設
    • YOKOTA YOSHIFUMIMAEDA HISAYA
    • E04B1/61E04B1/04E04B2/56
    • PROBLEM TO BE SOLVED: To make it possible to reduce the loading height at the time when transporting a precast concrete member.
      SOLUTION: One end part of an axial reinforcement 11 embedded in a precast concrete member 10 is fixed to an embedding sleeve 14 opening to one end face of the precast concrete member and the other end is extended to the near site of the other end face of the member, and a fixing hole 15 forming unevenness at the inner face is opened at the other end face so as to go along the other end part of the axial reinforcements and joint reinforcements 13 inserted in the fixing hole are fixed to the fixing hole through a grout agent infilled in the fixing hole and protruded from the other end face of the precast concrete member, the protruded end of the joint reinforcement is inserted in the embedding sleeve of the jointing other precast concrete member and fixed by the grout agent infilled in the embedding sleeve.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了可以减少运输预制混凝土构件时的装载高度。 解决方案:嵌入在预制混凝土构件10中的轴向加强件11的一个端部固定到通向预制混凝土构件的一个端面的嵌入套管14,另一端延伸到另一个的近地点 在内侧面形成凹凸的固定孔15在另一端面开口,沿着轴向加强件的另一端部而被插入固定孔内的接头加强件13固定在 通过填充在固定孔中并从预制混凝土构件的另一端突出的灌浆剂固定孔,将接头加强件的突出端插入连接的其他预制混凝土构件的嵌入套筒中,并由灌浆剂固定 填充在嵌入套筒中。 版权所有(C)2006,JPO&NCIPI
    • 16. 发明专利
    • Bi-directional support device
    • 双向支持设备
    • JP2003013605A
    • 2003-01-15
    • JP2001203039
    • 2001-07-04
    • Okisou Kensetsu:Kk株式会社沖創建設
    • ISHIKAWA HITOSHIMAEDA HISAYAYOKOTA YOSHIFUMI
    • E04G21/18E04G25/00
    • PROBLEM TO BE SOLVED: To enable tensional support by a single support by improving a steel pipe-made support used for supporting a concrete form such as a slab and a beam.
      SOLUTION: In a compression load receiving pipe-made support P of a structure adjusted by an adjusting screw ring 71 screwing the position of a pin 9 inserted in a pin hole 10 from a slit 6 to the lower side thereof in the state that an inner pipe 2 having a plurality of the pin holes 10 is inserted in an outer pipe 1 having the slit 6 on a male screw part 5, the adjusting screw rings 71, 72 are screwed on both the sides of the pin 9 so as to sandwich the pin 9 and joints 15, 22 connected and fixed on a supported device side and a base side can be connected and fixed on the edge of the outer pipe 1 and the edge of the inner pipe 2.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:通过改进用于支撑诸如板坯和梁的混凝土形式的钢管支撑,通过单个支撑件来实现张力支撑。 解决方案:在由调节螺钉环71调节的结构的压缩负载接收管制支撑件P中,在插入到销孔10中的销9从狭缝6到其下侧的位置处于内侧 具有多个销孔10的管2在外螺纹部5上插入具有狭缝6的外管1中,调节螺纹环71,72被拧在销9的两侧,从而将 销9和连接固定在支撑装置侧和基座侧的接头15,22可以连接固定在外管1的边缘和内管2的边缘上。
    • 17. 发明专利
    • Waste treatment furnace
    • 废物处理炉
    • JP2006289296A
    • 2006-10-26
    • JP2005115451
    • 2005-04-13
    • Kenso:KkOkisou Kensetsu:Kk株式会社 建創株式会社沖創建設
    • YOKOTA YOSHIFUMIMIYAGI TADAYUKISUNAKAWA MASAKAZU
    • B09B3/00B01J19/08F27B3/02F27B3/22
    • PROBLEM TO BE SOLVED: To provide a waste treatment furnace which improves a generation of ununiform and incomplete treatment of waste and a lower treatment efficiency than an expected value in a process of waste treatment.
      SOLUTION: The waste treatment furnace has a hexahedral sealed container 2 into which waste is charged, a gas outlet 3 which is arranged at an upper part of this container to discharge a generating gas inside, an air inlet 4 which is arranged at the sealed container to supply a small amount of air to its inside, and a pair of magnets 5 placed to sandwich the air supplying opening to form a magnetic field crossing an air supplying pathway, wherein the gas outlet is arranged near the first side wall 7a at the upper wall 6 of the sealed container, the air inlet is arranged at both the sides of lower parts of the first side wall 7a and the second side wall 7b facing with it, respectively, and each air inlet is arranged in the area G surrounded with the lower edge A, each side edge B of the second side wall and imaginary parallel lines X, Y which are arranged with 200 mm spaced inside from these edges.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供废物处理炉,其在废物处理过程中改善废物的不均匀和不完全处理的产生以及比预期值低的处理效率。 解决方案:废物处理炉具有六面体密封容器2,废物被装入其中,气体出口3设置在该容器的上部,以将内部的发生气体排出;空气入口4,其布置在 密封容器向其内部供给少量空气;以及一对磁铁5,放置成夹着供气口以形成与空气供给路径交叉的磁场,其中,气体出口配置在第一侧壁7a附近 在密封容器的上壁6处,分别在第一侧壁7a和第二侧壁7b的下部的两侧分别设置空气入口,并且每个进气口布置在区域G中 被下边缘A围绕,第二侧壁的每个侧边缘B以及与这些边缘间隔开200mm的假想平行线X,Y。 版权所有(C)2007,JPO&INPIT
    • 18. 发明专利
    • Ventilating device
    • 通风装置
    • JP2006194455A
    • 2006-07-27
    • JP2005003277
    • 2005-01-11
    • Okisou Kensetsu:Kk株式会社沖創建設
    • YOKOTA YOSHIFUMINAKAKANDA MITSUHIDE
    • F24F7/04
    • PROBLEM TO BE SOLVED: To reduce blowing of raindrops in strong winds in a ventilating device of a building. SOLUTION: This ventilating device is composed of a base portion 6 fitted and inserted into a ventilating passage 5 of the building 1 in a state that its bottom portion 6a is faced to an indoor side, a wind guide portion 7 attached in a state of covering an opening end portion of the base portion, and a cover portion 8 forming a cavity G at an outdoor side of the wind guide portion. The bottom portion of the base portion is provided with a vent hole 6b, the wind guide portion is provided with a wind guide opening 7a communicating the base portion and the cavity portion, and a baffle plate 7b for allowing the air to flow from the wind guide opening toward the base portion, toward a lower portion of a peripheral wall of the base portion, and further toward an upper portion, an air suction/discharge opening 8a is formed at a lower portion of the cover portion, and further an opening and closing plate 9 is mounted in the base portion so that it is rotated upward by the air to close the vent hole when a flow rate of the air flowing into the base portion is high, and rotated downward by self-weight to open the vent hole, when the flow rate of the air in the base portion becomes slow. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:减少建筑物通风装置中强风中雨滴的吹动。 解决方案:该通风装置由基部6组装,基部6以其底部6a面向室内的方式装配并插入建筑物1的通风通道5中,导风部7安装在 覆盖基部的开口端部的状态,以及在导风部的室外侧形成空腔G的盖部8。 基部的底部设有通气孔6b,风导向部分设置有连通基部和空腔部分的导风孔7a和用于允许空气从风中流动的挡板7b 朝向基部朝向基部的周壁的下部引导开口,并且进一步朝向上部,在盖部的下部形成有吸气/排出口8a,并且还具有开口和 封闭板9安装在基部中,使得当流入基部的空气的流量高时,空气向上旋转以关闭通气孔,并通过自重向下旋转以打开通气孔 当基部的空气的流量变慢时。 版权所有(C)2006,JPO&NCIPI
    • 19. 发明专利
    • Method for producing decorative plate pointing precast concrete plate
    • 生产装饰板指示预制混凝土板的方法
    • JP2005280001A
    • 2005-10-13
    • JP2004094705
    • 2004-03-29
    • Okisou Kensetsu:Kk株式会社沖創建設
    • YOKOTA YOSHIFUMIHIGA TSUTOMU
    • E04B1/682B28B1/16E04C2/04
    • PROBLEM TO BE SOLVED: To prevent the slag of poured concrete from seeping on the surface of a decorative plate when a decorative plate pointing precast concrete plate is produced.
      SOLUTION: The decorative plates 5 made of rectangular plates are placed in a form while the end surfaces on the side of the long sides and the end surfaces on the side of the short sides are contacted with each other. The joining part H on the side of the long sides or the joining part V on the side of the short sides is sealed by a viscous liquid adhesive 8 from its back side, and the joining part on the side of the long sides or the other joining part on the side of the short sides is sealed by an adhesive tape 7. After the curing of the viscous liquid adhesive, concrete is poured to cover the decorative plate and cured to obtain the precast concrete plate with the decorative plate and the concrete integrated.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:当制造装饰板指向预制混凝土板时,防止浇注混凝土的炉渣渗透在装饰板的表面上。 解决方案:由矩形板制成的装饰板5以长边侧的端面和短边的端面彼此接触的形式放置。 长边侧的接合部H或短边侧的接合部V从其背面被粘性液体粘接剂8密封,长边侧的接合部或其他 通过粘合胶带7密封短边侧的接合部分。在粘性液体粘合剂固化之后,浇注混凝土以覆盖装饰板并固化以获得装饰板和混凝土的预制混凝土板 。 版权所有(C)2006,JPO&NCIPI
    • 20. 发明专利
    • Apparatus for manufacturing precast concrete pole
    • 制造预制混凝土的装置
    • JP2008296377A
    • 2008-12-11
    • JP2007141468
    • 2007-05-29
    • Okisou Kensetsu:Kk株式会社沖創建設
    • YOKOTA YOSHIFUMISHIMABUKURO TATSUYOSHI
    • B28B7/00B28B7/24
    • PROBLEM TO BE SOLVED: To provide a manufacturing apparatus which can reduce the labor of the work for molding a precast concrete pole. SOLUTION: The manufacturing apparatus has a pair of fixed frames 3 which are set on a base 2 and form the adjacent two sides in the vertical direction of the precast concrete pole T, a pair of attachment/detachment frames 4 which are combined with the fixed frames 3 and form a rectangular parallelepiped-molding space with its upper part opened in the vertical direction to form the other two sides in the vertical direction of the precast concrete pole, and a support mechanism S supporting the attachment/detachment frames from the outer surfaces. The support mechanism is composed of a support member 5 which contacts the outer surfaces of the attachment/detachment frames and one end part of which is connected to one of the fixed frames and a connection member 6 connecting the other end part of the support member to the other fixed frame. The support member and the connection member are connected engaeably/disengageably with each other. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种可以减少用于模制预制混凝土柱的工作的劳动的制造装置。 解决方案:制造装置具有一对固定框架3,它们设置在基座2上并在预制混凝土柱杆T的垂直方向上形成相邻的两侧,一对组合的安装/拆卸框架4 具有固定框架3并形成长方体模制空间,其上部在垂直方向上打开,以在预制混凝土柱的垂直方向上形成另外的两侧;以及支撑机构S,其支撑附接/拆卸框架 外表面。 支撑机构包括:支撑构件5,其与附接/拆卸框架的外表面接触,并且其一个端部连接到一个固定框架;以及连接构件6,其将支撑构件的另一端部连接到 另一个固定框架。 支撑构件和连接构件彼此可动/可分离地连接。 版权所有(C)2009,JPO&INPIT