jaw crusher simplified method for analyzing institutional
1. Traditional hinged four mechanism model on jaw crusher for institutional analysis, the traditional method of analysis is to bracket - toggle plate seat restraint simplified as a hinge constraint, thus the entire
organization is simplified as a hinge four body consisting of mechanical principles of knowledge and the hinge structure parameters of four institutions brackets can be
calculated (OC) of the pendulum angle is 5.3, куплю грохот гис12 and the actual swing angle bracket model error is
3.58.
2. Gear mechanism model swing angle brackets under analysis, the hinge constraint simplified approach is clearly the case with the actual prototype sports there are some differences , in order to
reduce the error caused by constraints simplify the need to find a new constraint to simplify Methods. In the course of the theoretical analysis shows that seat brackets and
brackets is always kept in contact tangent, if ignored, rolling motion brackets , bracket through the arc length and toggle plate seat equidistant linear movement, this and
involute gear tooth profile forming process is somewhat similar. Meanwhile, from the theoretical analysis have brackets seat brackets the point of contact with the N and the Ox
axis is always maintained at about 90 °, передвижные дробилки which is involute gear meshing
constraint node position is similar to fixing, it can be considered to carry the gear meshing constraints institutional constraints simplification, according to the knowledge
can calculate gear swing angle brackets 2.86, and the actual swing angle bracket model error is 1.14.
3. Line contact high pair agency brackets and brackets under the seat movement characteristics shows that the machine is running, the toggle plate bracket pads for pure rolling , the contact point are
constantly changing, дробилки щековые шдп so agencies rod length is variable So jaw crusher is actually a
variable-length rod high pair agency. So
organization is simplified as a hinge four body consisting of mechanical principles of knowledge and the hinge structure parameters of four institutions brackets can be
calculated (OC) of the pendulum angle is 5.3, куплю грохот гис12 and the actual swing angle bracket model error is
3.58.
2. Gear mechanism model swing angle brackets under analysis, the hinge constraint simplified approach is clearly the case with the actual prototype sports there are some differences , in order to
reduce the error caused by constraints simplify the need to find a new constraint to simplify Methods. In the course of the theoretical analysis shows that seat brackets and
brackets is always kept in contact tangent, if ignored, rolling motion brackets , bracket through the arc length and toggle plate seat equidistant linear movement, this and
involute gear tooth profile forming process is somewhat similar. Meanwhile, from the theoretical analysis have brackets seat brackets the point of contact with the N and the Ox
axis is always maintained at about 90 °, передвижные дробилки which is involute gear meshing
constraint node position is similar to fixing, it can be considered to carry the gear meshing constraints institutional constraints simplification, according to the knowledge
can calculate gear swing angle brackets 2.86, and the actual swing angle bracket model error is 1.14.
3. Line contact high pair agency brackets and brackets under the seat movement characteristics shows that the machine is running, the toggle plate bracket pads for pure rolling , the contact point are
constantly changing, дробилки щековые шдп so agencies rod length is variable So jaw crusher is actually a
variable-length rod high pair agency. So