Full aerodynamic lens holder

Full aerodynamic lens holder

  • CN 105,012,007 B
  • Filed: 06/17/2015
  • Issued: 09/28/2018
  • Est. Priority Date: 06/17/2015
  • Status: Active Grant
First Claim
Patent Images

1. a kind of full aerodynamic lens holder, the structure of the holder is by chassis(

  • 1)

    , air pump(

    2)

    , vertical beam(

    3)

    , crossbeam(

    4)

    , cant beam(

    7)

    , bulb assembly(

    5)

    And spherical plain bearing rod end(

    6)

    It is connected to form;

    Chassis(

    1)

    For the plate body of one piece of cruciformity, on chassis(

    1)

    Four feet universal caster wheel is arranged below(

    8)

    , in order to movement;

    Chassis(

    1)

    Weight be more than contained appendicular weight;

    WithThis ensures the stability of full aerodynamic lens holder;

    On chassis(

    1)

    Cross one end be connected with vertical beam(

    3)

    , vertical beam(

    3)

    It selects doubleIt is made to cylinder;

    Cylinder is pedestal post rod type cylinder;

    Vertical beam(

    3)

    Cylinder base and chassis(

    1)

    One end be vertically connected into oneBody;

    It is characterized in that:

    In vertical beam(

    3)

    Mandril upper end be connected with bulb assembly(

    5)

    , bulb assembly(

    5)

    By ball cup(

    10)

    WithBulb(

    9)

    Two component compositions;

    Bulb assembly(

    5)

    Bulb(

    9)

    And vertical beam(

    3)

    Cylinder rams be fixedly linked integrally;

    Bulb assembly(

    5)

    Ball cup(

    10)

    On be connected with crossbeam(

    4)



    Crossbeam(

    4)

    Two-way cylinder is selected to make;

    Selected cylinder is pedestalPost rod type cylinder;

    Crossbeam(

    4)

    Cylinder base and bulb assembly(

    5)

    Ball cup(

    10)

    Side be fixedly linked integrally;

    In horizontal, vertical beam(

    4、

    3)

    Cylinder body between be connected with cant beam(

    7)

    , cant beam(

    7)

    Two-way cylinder is selected to make;

    Selected cant beam(

    7)

    Cylinder be pedestal post rod type cylinder;

    In cant beam(

    7)

    Cylinder both ends be connected separately with bulb assembly(

    5)

    , bulb assembly(

    5)

    '"'"'sBall cup(

    10)

    With horizontal, vertical beam(

    4、

    3)

    Side of cylinder block be fixedly linked integrally;

    Air pump is set on the ground for placing full aerodynamic lens holder(

    2)

    , with this power is provided to cylinder;

    Air pump(

    2)

    Using footStep on formula or electric air pump;

    Air pump(

    2)

    Pass through pipeline(

    12)

    With horizontal, vertical, cant beam(

    4、

    3、

    7)

    Cylinder be connected as a body;

    EachThe supply air line of cylinder(

    12)

    On be connected with switch(

    13)

    , switch(

    13)

    Using electromagnetic valve switch;

    Pass through switch(

    13)

    It can controlMake the flexible situation of each cylinder;

    In crossbeam(

    4)

    The mandril end of cylinder be connected with spherical plain bearing rod end(

    6)

    , spherical plain bearing rod end(

    6)

    Horizontal and instituteThe crossbeam stated(

    4)

    It is connected as a body;

    In spherical plain bearing rod end(

    6)

    Through-hole in be inserted into laparoscope(

    14)

    , laparoscope(

    14)

    BarBody is just by solid in spherical plain bearing rod end(

    6)

    Hole in;

    Crossbeam is realized with this(

    4)

    With laparoscope(

    14)

    Be fixedly linked;

    Abdominal cavityMirror(

    14)

    With hanging spherical plain bearing rod end(

    6)

    It, can be by spherical plain bearing rod end for fulcrum(

    6)

    Do comprehensive Plane RotationWith the arbitrary change at angle of inclination;

    In vertical beam(

    3)

    The side of cylinder block of cylinder be connected with one section of pivot pin(

    16)

    , pivot pin(

    16)

    It is made with one section of cylinder, pivot pin(

    16)

    And vertical beam(

    3)

    It is vertically connected integral;

    In pivot pin(

    16)

    Upper installation axle sleeve(

    17)

    , axle sleeve(

    17)

    It is made with one section of pipe,Axle sleeve(

    17)

    It is located in pivot pin(

    16)

    On, and can be in pivot pin(

    16)

    Upper flexible rotating;

    In axle sleeve(

    17)

    Upper connection handle(

    15)

    ,Handle(

    15)

    It is made with one section of pipe, handle(

    15)

    End at closed arc-shaped;

    Handle(

    15)

    And axle sleeve(

    17)

    Vertical phaseIt is connected;

    When not used, handle(

    15)

    It is sagging in vertical beam(

    3)

    Side.

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