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    • 1. 发明专利
    • Component fixing clamp and panel frame
    • 组件固定夹和面板框架
    • JP2014098420A
    • 2014-05-29
    • JP2012249604
    • 2012-11-13
    • Kyoto Tool Co Ltd京都機械工具株式会社Nippon Steel & Sumikin Metal Products Co Ltd日鐵住金建材株式会社
    • HIRAKATA YUJIYOSHIDA MASAYOSHIINABE TAKAHIROTASHIRO KAZUYAKAJIMURA NORIHIKO
    • F16B2/12E01F8/00F16B9/02
    • PROBLEM TO BE SOLVED: To provide a component fixing clamp enabling a panel frame to be fixed to a column of a wall body without requiring any cutting hole on the column.SOLUTION: This invention relates to a component fixing clamp for fixing a component by inserting it from a flange upper end of a wall body and holding it. The component fixing clamp comprises: an inner supporting part 31 for abutting against and supporting from inside a flange 61a of the wall body; a clamp main body 30 having a reaction part 32 arranged at a position spaced apart from the inner supporting part 31 via the flange 61a; a pulling bolt 33 inserted into a reaction part 32 with its axial direction being faced toward the flange 61a; a shaft part 35 into which a shank of the pulling bolt 33 is inserted; and a stopper part 42 movable in response to the motion of the shaft part 35. The stopper part 42 can be abutted and supported from the outside of the flange 61a by the reaction part 32 and the shaft part 35 being approached to each other through the pulling bolt 33.
    • 要解决的问题:提供一种部件固定夹具,其能够将面板框架固定到壁体的柱体上,而不需要柱上的任何切割孔。解决方案:本发明涉及一种用于通过插入来固定部件的部件固定夹具 它从墙体的法兰上端并保持它。 部件固定夹具包括:内支撑部31,其用于抵靠并支撑在壁体的凸缘61a内部; 具有经由凸缘61a布置在与内支撑部31间隔开的位置处的反作用部32的夹具主体30; 插入到反作用部32中的拉动螺栓33的轴向朝向凸缘61a; 轴部35,拉拔螺栓33的柄部插入其中; 以及可以响应于轴部35的运动而移动的止动部42。止动部42可以通过反作用部32从凸缘61a的外侧抵接并支撑,并且轴部35通过彼此接近 拉螺栓33。
    • 2. 发明专利
    • Scaffold structure for work in vertical shaft
    • SCAFFOLD在垂直轴工作的结构
    • JP2012184576A
    • 2012-09-27
    • JP2011047619
    • 2011-03-04
    • Nippon Steel & Sumikin Metal Products Co Ltd日鐵住金建材株式会社
    • TASHIRO KAZUYAHAGA MASARU
    • E04G3/24E04G3/20
    • PROBLEM TO BE SOLVED: To solidly attach a short-length scaffold constituting a scaffold for work to a vertical shaft inner wall with a joint bolt by a position fixing structure without a movable part.SOLUTION: In the middle of a spiral elevating/lowering ladder provided on a vertical shaft inner wall made of a linear plate, a horizontal scaffold 41 for work comprising an interference evading short-length scaffold 20 in such a shape that it is capable of evading a vertical reinforcement member 8 and connecting short-length scaffolds 21 and 22 connected to it is provided. By the relation of a diameter of a vertical shaft and a pitch of circumferential flange holes provided on a circumferential flange of a liner plate 2, two kinds of deviations are generated between a web position Q of the vertical reinforcement member 8 which is an H-section steel and the position of the circumferential flange hole of the liner plate 2. By arranging the interference evading short-length scaffold 20 to the vertical reinforcement member 8 in two kinds of arrangement patterns corresponding to the two kinds of deviations, direct attachment to the flange joint part of upper and lower liner plates with a joint bolt is made possible by the position fixing structure without a movable part for deviation adjustment without increasing size kinds of the short-length scaffold.
    • 要解决的问题:通过没有可移动部件的位置固定结构,通过关节螺栓将构成工作脚手架的短长度脚手架固定到垂直轴内壁上。 解决方案:在由线性板制成的垂直轴内壁上设置的螺旋升降梯的中间,用于工作的水平支架41包括防止短臂支架20的干涉,其形状为: 提供了能够避开垂直加强件8并连接连接到其上的短长度支架21和22。 通过垂直轴的直径与设置在衬板2的周向凸缘上的圆周凸缘孔的间距的关系,在竖直加强构件8的腹板位置Q之间产生两种偏差,即, 通过将纵向加强构件8的干扰避开两种布置图案对应于两种偏差,直接附着在垂直加强构件8上。 具有关节螺栓的上下衬板的法兰接合部分可以通过位置固定结构实现,而没有可移动部分用于偏差调节,而不增加短尺寸支架的尺寸种类。 版权所有(C)2012,JPO&INPIT
    • 3. 发明专利
    • Attaching structure and attaching method of canopy for liner plate vertical shaft
    • 连接板垂直轴的连接结构和连接方法
    • JP2012012806A
    • 2012-01-19
    • JP2010149127
    • 2010-06-30
    • Nippon Steel & Sumikin Metal Products Co Ltd日鐵住金建材株式会社
    • TASHIRO KAZUYA
    • E21D5/12E03B3/08E21B33/02
    • PROBLEM TO BE SOLVED: To provide an attaching structure and an attaching method of a canopy for a liner plate vertical shaft, which is excellent in convenience, workability, economical efficiency and safety, by using a rail member constituted of weight which can be transported and executed by human power and division panels divided into plurality.SOLUTION: The canopy 10 comprises the rail member 1 composed of the weight which can be transported and executed by human power and the plurality of division panels 3-8. The rail member 1 comprises a plurality of beam materials 12 provided with mounting parts 12a on both ends and is disposed at a top end 20a of the liner plate vertical shaft 20. The plurality of division panels comprise ceiling members 3b-8b provided with frames 3a-8a. Among the plurality of division panels, at least two division panels 3 and 4 are provided such that the frames 3a and 4a are over the two adjacent beam materials of the rail member 1. The remaining plurality of division panels 5-8 provided with the frames to be mounted on the top end and the beam material are attached to vertical shaft opening parts 9a and 9b on both outer sides of the rail member 1.
    • 要解决的问题:为了提供一种用于衬板垂直轴的罩盖的安装结构和安装方法,其通过使用由重量构成的轨道构件,其便利性,可加工性,经济性和安全性极好 由人力和划分面板分为多个运输和执行。 解决方案:顶篷10包括由可由人力运送和执行的重物构成的轨道构件1和多个分隔板3-8。 轨道构件1包括在两端设置有安装部分12a并且设置在衬板竖直轴20的顶端20a处的多个梁材料12.多个分隔板包括设置有框架3a的顶部构件3b-8b -8A。 在多个分割面板中,至少提供了两个分割面板3和4,使得框架3a和4a在轨道构件1的两个相邻的梁材料的上方。剩下的多个划分板5-8设置有框架 安装在顶端,梁材料连接到轨道构件1的两个外侧上的垂直轴开口部分9a和9b。版权所有(C)2012,JPO&INPIT
    • 4. 发明专利
    • Work scaffolding structure in vertical shaft, construction method of work scaffolding structure, and scaffolding attaching structure
    • 垂直轴工作SCAFFOLDING结构,工作结构结构的施工方法和连接结构的SCAFFOLDING
    • JP2012077494A
    • 2012-04-19
    • JP2010222460
    • 2010-09-30
    • Nippon Steel & Sumikin Metal Products Co Ltd日鐵住金建材株式会社
    • TASHIRO KAZUYAOTAKA NORIHIROMORITA AKIHIRO
    • E04G3/24E04G5/04
    • PROBLEM TO BE SOLVED: To efficiently perform construction in a simple configuration and at a low cost when installing a horizontal work scaffolding in the middle of a spiral lifting ladder provided on the inner wall of a vertical shaft made with a liner plate.SOLUTION: The lifting ladder 6 is composed by spirally installing a plurality of short-length ladders 11, 12, and 13. Each short-length ladder is in a roughly trapezoidal shape in the plan view having two sides both turning to a vertical shaft center when viewed from above. N kinds (N≥3) of the short-length ladders in which the side setting angles of a trapezoid are different from each other are used. The work scaffoldings 41 and 42 are formed by horizontally connecting a plurality of short-length scaffoldings 21, 22, and 23. Each short-length scaffolding is also roughly trapezoidal in the plan view, and there are the same kinds of the side setting angles as the kinds of the side setting angles of the short-length ladder. Since the kinds of the side setting angles of the short-length scaffolding and the short-length ladder are the same, the work scaffolding structure with smooth connection between the spiral lifting ladder and the horizontal work scaffolding, few kinds of scaffolding component members (short-length scaffoldings), and excellent workability is obtained.
    • 要解决的问题:在设置在由衬板制成的竖直轴的内壁上的螺旋升降梯的中部安装水平工作脚手架时,以简单的结构和低成本高效地进行构造。 解决方案:升降梯6通过螺旋地安装多个短长的梯子11,12和13而构成。每个短长的梯子在平面图中呈大致梯形,其两侧都转向 垂直轴中心从上方观察。 使用其中梯形的侧设定角度彼此不同的短长度梯子的N种(N≥3)。 工作脚手架41和42通过水平连接多个短长度脚手架21,22和23而形成。每个短长度的脚手架在平面图中也是大致梯形的,并且存在相同种类的侧设定角度 作为短长度梯子的侧设定角度的种类。 由于短距离脚手架和短长度梯子的侧倾角度相同,所以螺旋升降梯与水平作业脚手架之间平滑连接的作业脚手架结构,几种脚手架构件 长脚手架),并且获得优异的可加工性。 版权所有(C)2012,JPO&INPIT