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    • 1. 发明专利
    • Mixed construction by wooden framework construction method, two-by-four methods of construction and rigid-frame method of construction
    • 混凝土结构框架结构施工方法,两个四分之一的施工方法和刚性框架施工方法
    • JP2005083187A
    • 2005-03-31
    • JP2003358493
    • 2003-09-09
    • Masaru Ogata大 緒方
    • OGATA MASARU
    • E04B1/30E04B1/02E04B1/14
    • PROBLEM TO BE SOLVED: To cope scales of columns, beams and the foundation with a foundation of wooden-construction and to achieve construction even on a land with a poor bearing force since a mixed-construction design enables to build the mixed construction provided with rigid-frame of wood, steel or reinforced concrete of a necessary number in a necessary places of a long distance or a large space in a framework part of each layer of a wooden-framework construction method or a two-by-four construction method, so that there is no need of building the lower structure entirely in a steel-framed or a reinforced-concrete structure and that a floor-framing of the wooden-framework construction method or the two-by-four construction method can be used with less dead weight of a heavy floor and less load to columns or beams.
      SOLUTION: Using a calculation method for the mixed construction based on the wooden-framework construction method, the two-by-four construction method at each layer and the rigid-frame method, a rigid-frame stress of the wooden-framework, the steel-framework and the reinforced-concrete structure is analyzed into a wall magnification, and the building is designed by calculating under calculation methods for an allowable unit stress design or the like of the wooden-construction according to the wall magnification and a limit strength calculation together with the wooden-framework construction method and the two-by-four construction method.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了应对具有木结构基础的立柱,梁和基础的尺寸,甚至在具有较差承载力的土地上也能实现施工,因为混合施工设计能够构建混合施工 在木框架施工方法或二乘四施工方法的每层的框架部分中,在长距离或大空间的必要地方必需的木材,钢或钢筋混凝土的刚性框架 方法,所以不需要完全用钢框架或钢筋混凝土结构构造下部结构,并且可以使用木框架施工方法或二乘四施工方法的地板框架 沉重的地板的自重较少,柱或梁的载荷较小。

      解决方案:采用木框架施工方法混合施工的计算方法,每层双层施工方法和刚性框架法,木框架的刚性框架应力 将钢框架和钢筋混凝土结构分析为墙体放大率,根据墙面放大率和极限值计算木结构的允许单位应力设计等的计算方法,设计建筑物 强度计算与木框架施工方法和二乘四施工方法。 版权所有(C)2005,JPO&NCIPI

    • 5. 发明授权
    • Sintering method
    • 烧结法
    • US4761262A
    • 1988-08-02
    • US928220
    • 1986-10-08
    • Masaru OgataShuichi Takeda
    • Masaru OgataShuichi Takeda
    • C04B35/64B01J3/06B22F3/08B22F3/14C04B35/645C04B35/65F27B17/00B22F1/00
    • B01J3/062B22F3/08B22F3/14C04B35/645C04B35/651B01J2203/0645B01J2203/066B01J2203/0685
    • A method for sintering a metal powder, a ceramic powder, or a mixture thereof accomplishes compact sintering of even a high melting substance by heating the powder at an elevated temperature for a short time under not less than 10,000 atmospheres of pressure. To attain the quick high-temperature heating under the ultrahigh pressure, a Thermit reaction is generated in an ultrahigh pressure generating apparatus which is provided with a gasket made of pyrophyllite and cylinders and anvils protected with heat insulators.For the purpose of preventing the Thermit reaction from inducing a reaction between the Thermit composition and the powder under treatment and the heater and ensuring electrical insulation of these components, barriers made of hexagonal boron nitride and/or tantalum are suitably disposed within the apparatus.
    • PCT号PCT / JP86 / 00069秒。 371日期1986年10月8日第 102(e)中的日期1986年10月8日提交的PCT 1986年2月14日的PCT公布。 号WO86 / 04890的PCT公布。 日期8月28日,对于烧结金属粉末,陶瓷粉末,或它们的混合物1986.A方法通过短时间下不小于10,000大气压粉末在升高的温度下加热来完成,即使高熔点物质的紧凑烧结 的压力。 为了实现超高压力下快速高温加热,在其中设置有由叶蜡石和汽缸和砧与热绝缘体保护的垫圈超高压产生装置中产生铝热反应。 为了防止铝热反应从诱导铝热组合物和接受治疗的粉末和加热器之间的反应,并确保这些部件的电绝缘的目的,由六方氮化硼和/或钽的屏障适当地设置在该装置内。
    • 6. 发明授权
    • Apparatus of effecting buoyancy on submerged articles
    • 对淹没物品产生浮力的装置
    • US4191494A
    • 1980-03-04
    • US898768
    • 1978-04-21
    • Koji NakamuraMasaru OgataTakuzo Nakatsuka
    • Koji NakamuraMasaru OgataTakuzo Nakatsuka
    • F16L1/12B63B35/03E02D23/02F16L1/16F16L1/00F16L3/00
    • F16L1/165F16L1/163Y10T137/261
    • An apparatus for imparting suitable buoyancy to submerged articles, such as pipelines, to reduce their weight in water and enable efficient movement thereof. The apparatus comprises at least one float comprising air tight material, pipe for supplying pressurized air thereinto, and a differential pressure regulating valve arranged close to the float and connectable to the pipe for regulating the amount of pressurized air supplied to the float dependent upon the difference in pressure between that in the float and a predetermined value. Advantageously, the apparatus is easily transportable, stored and attached to the items to which it imparts the desired amount of buoyancy; the apparatus also keeps constant the buoyancy regardless of the depth of water, thus, enabling easy and safe moving of submerged articles.
    • 对于诸如管道之类的浸没物品赋予适当的浮力的装置,以减少其在水中的重量并使其能够有效地移动。 该装置包括至少一个浮子,其包括气密材料,用于向其中供应加压空气的管道以及靠近浮子设置的可连接到管道的差压调节阀,用于调节供应给浮子的加压空气量,这取决于差异 在浮子中的压力和预定值之间。 有利地,该装置易于运输,储存和附接到其赋予所需量的浮力的物品; 无论水深如何,该设备也保持恒定的浮力,从而能够容易且安全地移动浸没的物品。