首页> 外国专利> A REGROWTH SYSTEM OF A STEEL REINFORCING FOR CONSTRUCTION

A REGROWTH SYSTEM OF A STEEL REINFORCING FOR CONSTRUCTION

机译:建筑用钢的再生体系

摘要

The present invention relates to a rebar recycling system for construction.;The upper plate 4 is mounted on the upper left side of the main body 1 formed in a rectangular shape, and the guide plate-left 3 and guide plate-right 2 having a metal quadrangular bar shape are fixed on the upper plate 4. The distance between the guide plate left 3 and the right plate 2 is equal to the width of the main body 1 on the left side, and is formed in such a way that the width becomes narrower toward the right side. The molding die 5-1 is fixed with a bolt 8 at a position far from the right end of the left side 3 and the guide plate-right 2 so as to be detachable. After the molding die width W of 1) is made wide, a hole is formed by passing the molding die inlet hole 6 and the molding die outlet hole 7 in the center position thereof. The hole size of the forming die inlet 6 is about 3 to 5 times larger than that of the forming die outlet 7. Through-holes are formed in the forming die 5-1 so as to form tapered holes inclined, and the forming die 5-1 has a diameter of the through-hole depending on the type of diameter of reinforcing bars manufactured by construction workers. The dies 5-2, 5-3 and 5-4, each of which are fabricated differently, are formed to be assembled to the main body 1 by using the bolts 8, and then formed. Rebar bite that can hold the reinforcing bar connected to one side by hinge (11) with the upper side holder (9) and the lower holder (13) with a rotating function at the right position of (5-1). Mount the stand, but form a bite hole (10) that can be inserted into the reinforcement in the center and the upper side brace bracket (14) and the lower side brace bracket (15) in the opposite position of the hinge (11) The lower side bite bracket 15 is equipped with a cylinder 16 for the bite holder, but the cylinder rod 27 side is the upper side. Device to be connected to the bleed bracket 14, and the support 12 is fixed to the lower end of the lower brace 13 so that the cylinder rod of the cylinder 17 for moving the brace to the support 12 is The end of the cylinder rod (26) is connected, and the cylinder for moving the holder 17 is fixed to the upper right side of the main body 1, but the directional control valve 22 and the hydraulic hose installed at the lower end of the main body 1 are installed. (18), and the cylinder 16 for the grip rod is also connected to the direction control valve 22 and the hydraulic hose 18, and then the direction control valve 22 is driven by using the hydraulic hose 19. 20 is connected to the hydraulic pump 21 driven by the drive motor 20 and the direction control valve 22 is connected to the controller (24) and the electric wiring (23), in the construction site Bent recycled reinforcing bar 25 is inserted into the hole of the molding die 5-1, and is inserted into the biting hole 10 of the biting block, and then tightened by the cylinder 16 for the biting table. The rebar recycling system for building the reinforcing steel retracted by pulling the rim moving cylinder (17) through the tapered hole formed in the forming die (5-1) to be unfolded correctly,;Rebar recycling system for reinforcing bars that can not be used while being moved or stored during construction at construction sites.;  Rebar recycling, rebar for construction, rebar, construction rebar
机译:建筑用钢筋回收系统技术领域本发明涉及一种建筑用钢筋回收系统。上板4安装在矩形形状的主体1的左上侧,并且导向板左侧3和导向板右侧2具有矩形。金属四边形棒状固定在上板4上。导向板左3和右板2之间的距离等于主体1在左侧的宽度,并且以这样的方式形成:向右侧变窄。成型模5-1通过螺栓8固定在远离左侧3和引导板右侧2的右端的位置处,以可拆卸。在使1)的成型模具宽度W变宽之后,使成型模具入口孔6和成型模具出口孔7在其中心位置通过而形成孔。成形模具入口6的孔尺寸是成形模具出口7的孔尺寸的约3至5倍。在成形模具5-1中形成通孔以形成倾斜的锥形孔,并且成形模具5 -1的通孔直径取决于建筑工人制造的钢筋的直径类型。每个都以不同方式制造的模具5-2、5-3和5-4形成为通过使用螺栓8组装到主体1,然后形成。可以在上侧支架(9)和下支架(13)的右位置(5-1)旋转并通过铰链(11)保持钢筋连接的钢筋咬合。安装支架,但要形成一个咬合孔(10),该孔可插入到铰链(11)相对位置的中央和上侧支撑托架(14)和下侧支撑托架(15)的加强件中下侧咬合支架15配备有用于咬合保持器的缸体16,但是缸体杆27侧是上侧。连接至放气托架14的装置,并且支撑件12固定至下支架13的下端,使得用于将支架移动至支撑件12的气缸17的气缸杆为:连接有如图26所示的),并且用于移动保持器17的缸体固定在主体1的右上侧,但是安装了方向控制阀22和安装在主体1的下端的液压软管。 (18),并且用于手柄杆的缸16也连接到方向控制阀22和液压软管18,然后通过使用液压软管19驱动方向控制阀22。20连接到液压泵由驱动马达20驱动的方向控制阀22和方向控制阀22连接至控制器(24)和电线(23),在施工现场将弯曲的回收加强筋25插入成型模具5-1的孔中然后,将其插入到咬合块的咬合孔10中,然后通过用于咬合台的圆筒16将其拧紧。钢筋回收系统,用于通过将轮辋移动缸(17)穿过成型模具(5-1)上形成的锥形孔拉出而缩回的钢筋而正确展开,该钢筋回收系统无法使用。在施工期间在施工现场移动或存放时;螺纹钢回收,建筑螺纹钢,螺纹钢,建筑螺纹钢

著录项

  • 公开/公告号KR100624333B1

    专利类型

  • 公开/公告日2006-09-15

    原文格式PDF

  • 申请/专利权人 CHUNGWHA ENVIRONMENT DESIGN OFFICE;

    申请/专利号KR20050078521

  • 发明设计人 KO GI HONG;

    申请日2005-08-26

  • 分类号B21F1/02;

  • 国家 KR

  • 入库时间 2022-08-21 21:23:01

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