Molding machine for drain board

Molding machine for drain board

CN
  • CN 102,529,087 A
  • Filed: 11/23/2011
  • Published: 07/04/2012
  • Est. Priority Date: 11/23/2011
  • Status: Active Application
First Claim
Patent Images

1. a drain bar make-up machine comprises that frame (1), drum drive motor (2), right ends rolling are supported on master rotor assembly (3) and the auxiliary cylinder assembly (4) on the frame;

  • The annular end plate (3.5) that master rotor assembly (3) comprises master rotor (3.1), be fixedly linked with master rotor (3.1) right ends, be located at punching press particle (3.2) array on master rotor (3.1) lateral surface, be used for being fixed on the punching press particle standing screw (3.3) on master rotor (3.1) lateral surface to punching press particle (3.2);

    Auxiliary cylinder assembly (4) comprises auxiliary cylinder (4.1);

    The lateral surface of auxiliary cylinder (4.1) is provided with the punching press cavity array with punching press particle (3.2) cooperating;

    It is characterized in that;

    the screw of being located on the master rotor (3.1) that is connected with the adaptive standing screw of punching press particle standing screw (3.3) communicates with the medial surface of master rotor (3.1);

    The medial surface of master rotor (3.1) be provided with some trends and master rotor (3.1) axially identical vacuumize bleed-off passage (3.4);

    Each vacuumizes bleed-off passage (3.4) and is connected screw with a corresponding row standing screw and communicates;

    The left end that vacuumizes bleed-off passage (3.4) is a blind end;

    Vacuumize the right-hand member of bleed-off passage (3.4) and the annular end plate (3.5) of master rotor (3.1) right-hand member and be connected, be laid with respectively the some passages (3.5.1) that bleed-off passage (3.4) communicates that vacuumize on the annular end plate (3.5) of corresponding master rotor (3.1) right-hand member with correspondence position;

    The bottom surface that punching press particle (3.2) links to each other with master rotor (3.1) lateral surface is provided with a groove of radially bleeding (3.2.2) that communicates with even gas cavity (3.2.1) with the coaxial conical or columniform even gas cavity (3.2.1) and at least one of punching press particle (3.2);

    Punching press particle standing screw (3.3) is provided with the even gas cavity (3.2.1) of conducting and vacuumizes the gas-guiding structure of bleed-off passage (3.4);

    Annular end plate (3.5) right side of master rotor (3.1) right-hand member is provided with and vacuumizes structure (5), and the said structure (5) that vacuumizes comprises with the sealing slide block (5.1) of annular end plate (3.5) the right flank slip movable sealing of master rotor (3.1) right-hand member, is used to the slide block location compressing structure and the vavuum pump that make sealing slide block (5.1) remain on the fixed position and fit tightly with annular end plate (3.5);

    The left surface of sealing slide block (5.1) is provided with exhaust fan annular groove (5.1.1);

    The right flank of sealing slide block (5.1) is provided with the aspirating hole (5.1.2) that communicates with exhaust fan annular groove (5.1.1);

    Be provided with connecting pipeline (5.3) between aspirating hole (5.1.2) and the vavuum pump;

    The locus circle center of circle in passage (3.5.1) center of circle on the annular end plate (3.5) of the center circle of exhaust fan annular groove (5.1.1) and master rotor (3.1) right-hand member is concentric;

    The transition semicircle center of circle of exhaust fan annular groove (5.1.1) front end is fixed on the joining of the determined plane of axis and passage (3.5.1) deferent line of axis and auxiliary cylinder (4.1) of master rotor (3.1), the angle that the center of circle that the central angle that the transition semicircle center of circle of exhaust fan annular groove (5.1.1) rear end turns over respect to the front end transition semicircle center of circle equals last adjacent two passages of master rotor (3.1) (3.5.1) at least links to each other and with their locus circle center respectively.

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