Scrap steel crusher

Scrap steel crusher

  • CN 101,530,822 A
  • Filed: 03/13/2009
  • Published: 09/16/2009
  • Est. Priority Date: 03/13/2009
  • Status: Active Application
First Claim
Patent Images

1. , a kind of scrap steel crusher is characterized in that:

  • described disintegrating machine comprises charger (6), crusher main engine (1), universal drive shaft (2), connection main shaft (4) and the motor (5) with Hydraulic Double cylinder,Described charger (6) with Hydraulic Double cylinder places the front side of crusher main engine (1), comprise support (6-1), chute (6-2), last cylinder lift arm (6-3), compressed oil cylinder (6-4), last pressure roller (6-5), hydraulic motor (6-6) and press down cylinder (6-7), described support (6-1) places the front side of crusher main engine (1), chute (6-2) is oblique to be arranged on the support (6-1), the described front end of going up cylinder lift arm (6-3) is rotationally connected with the anterior side of support (6-1), middle piston rod with compressed oil cylinder (6-4) is hinged, the cylinder tail of compressed oil cylinder (6-4) and support (6-1) lower hinge, fixedly connected with last pressure roller (6-5) in the bottom, rear end of last cylinder lift arm (6-3), press down cylinder (6-7) and be fixedly installed in support (6-1) rear side, place described pressure roller (6-5) below of going up, and place described chute (6-2) bottom land rear, described go up pressure roller (6-5) and press down cylinder (6-7) drive by hydraulic motor (6-6), both direction of rotationDescribed crusher main engine (1) comprises principal axis roller (1-1), upper cover body (1-2), upper box (1-3), lower box (1-4), blanking port (1-5), lower screen cloth (1-6), following chopping block (1-7), overturning oil cylinder (1-8), last discharge door (1-9), last discharge door oil cylinder (1-10) and interior lining panel (1-11), described lower box (1-4) charging aperture places chute (6-2) the discharging opening rear side of the charger (6) with Hydraulic Double cylinder, principal axis roller (1-1) vertical equity is installed in the described lower box (1-4), upper box (1-3) rear portion and lower box (1-4) are rotationally connected, the piston rod of described overturning oil cylinder (1-8) and upper box (1-3) side are hinged, the cylinder tail of overturning oil cylinder (1-8) and lower box (1-4) mount pad are hinged, described upper cover body (1-2) is fixedly connected on upper box (1-3) top, described upward discharge door (1-9) vertically rotates and is arranged at upper box (1-3) internal upper part, the piston rod of last discharge door (1-9) end and last discharge door oil cylinder (1-10) is hinged, the other end is freely placed, the side of the cylinder tail of last discharge door oil cylinder (1-10) and upper box (1-3) is hinged, lower screen cloth (1-6) is arranged in the lower box (1-4), and place described principal axis roller (1-1) back lower place, described blanking port (1-5) places lower box (1-4) bottom of described lower screen cloth (1-6) below and rear side, following chopping block (1-7) places on described lower box (1-4) internal face, and place the front lower place of described principal axis roller (1-1), be lining in the described interior lining panel (1-11) on lower box (1-4) internal face, described principal axis roller comprises main shaft (1-1-4), dividing plate (1-1-8), diaphragm housing ring (1-1-5), tup bearing pin (1-1-9), extruding tup (1-1-6) and strike tup (1-1-7), described dividing plate (1-1-8) has some, some dividing plates (1-1-8) are loaded on the main shaft (1-1-4) along main axis length direction spacer sleeve, diaphragm housing ring (1-1-5) is placed on the main shaft (1-1-4) between adjacent two dividing plates (1-1-8), described tup bearing pin (1-1-9) has four, be threaded onto the neighboring of some dividing plates (1-1-8) along main shaft (1-1-4) length direction, adjacent two tup bearing pins (1-1-9) are 90 °

    of layouts mutually, described extruding tup (1-1-6) and strike tup (1-1-7) have many, turning set is loaded on the tup bearing pin (1-1-9) between adjacent two dividing plates (1-1-8), and the strike tup (1-1-7) on the adjacent two tup bearing pins (1-1-9) is arranged along the dislocation of tup bearing pin (1-1-9) length directionDescribed connection main shaft (4) one ends link to each other with principal axis roller (1-1) end of crusher main engine (1) by universal drive shaft (2), and the other end links to each other with motor (5).

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