Cone Crusher working principle,classification
Monday, January 07, 2008 in cone crusher,crusher introduce
Cone Crusher broken material is the work of two components cut Cone. Cone is a dynamic, fixed spindle and another that the cone is part of the frame is static, and the spindle centerline O1O shaft centerline O2O points in the O-∽ intersection angle, hanging in the intersection Spindle O , the bottom of the shaft inserted in the eccentric bushing. Bushing to eccentricity r around O1O rotation, makes dynamic cone along the inner surface of the cone for partial rotational movement. Move closer to the cone, where the materials to be fixed cone extrusion and bending role broken. From the cone, the materials have been broken due to gravity to the role of cone at the end of fall. Because the eccentric bushing continuous rotation, moving it continuously rotating cone, the fragmentation process and unloading process will be along the inner surface of the cone for the order.
In the broken material, because of the fragmentation role in the dynamic cone produced friction on the surface, the direction of movement and dynamic cone opposite direction. Because spindle activities are connected to the bottom of this friction formed by the O1O of short, dynamic cone in a partial spin around O1O movement also for the opposite direction of rotation. This rotation may be prompted more uniform particle size products, and move the cone surface more uniform wear.
Cone Crusher is the working principle of materials exert pressure on the crowded, materials between the two cone at the same time by bending and shear stress of the role of broken, the material broken free after unloading. Its production capacity, low power consumption.
Second, the classification of Cone Crusher
Cone Crusher-use can be divided into rough and broken in two chronology; on the structure and function can be divided into suspension, asked the three-Coaxial and vibration.
Rough broken for the cone crusher, also known as cycle-breakers, because it is larger in dealing with the materials, so I feed for clemency, the cone is now moving home, the cone is inverted.
As a chronology of the cone crusher there are two types of conventional-type cone crusher, also known as bacteria-shaped cone crusher, for its handling of materials through the rough broken, so I do not feed much, but requires increased Discharge in order to improve productivity, product requirements broken after a relatively uniform size. So dynamic cone and the cone are being home. Dynamic cone-shaped bacteria produced in the discharge cone and mouth moving near the cone there is a distance between the same equal zone, in order to ensure the materials are unloaded uniform particle size. Cone Crusher such as dynamic smaller cone surface gradient, unloading materials, moving along the cone failure. Therefore, the slope of the discharge will be friction, but will also be Cone deflection, and the rotation of the role of centrifugal force of inertia. It is not free of such crusher discharge, and therefore the principle and the calculation of both rough and broken cone crusher somewhat different.
The conventional methods used to smash, smash the section is accidental, there is no choice, there will be the one hand, most do not have a broken part, on the other hand will also be partial over smash, leading to useful partly as a result of over-smashing not recycling, mining machinery Luoyang Institute for Research in the former Soviet Union to crush the new mechanical inertia broken on the basis of the development of its own vibration PZ-type cone crusher, and received patents from the state, the development of a unique vibration theory broken.
Vibration cone crusher It is also dealing with the broken after the initial material, I did not feed its dynamic cone and the cone is now home, to achieve selective broken role in the move by the main axis of a cone eccentric block, When the gear drive motor through dynamic cone axis, eccentricity block rotation, create an imbalance of excitation, dynamic cone from the original location, and materials from the upper to Ruding cone and dynamic component of the cone crusher cavity, from the crushing chamber to the course of the campaign by repeated compression, attack, the general requirements of 30 times, in this process, materials constantly flip rolling, ever-changing perspective on the effects of materials, materials broken, the broken materials from the crushing chamber drained from the crusher from the nesting population crusher.
Above three cone crusher, in addition to vibration cone crusher not partial rotary movement, the other two cone crushers dynamic cone bottom of the spindle are equipped with eccentric bushing. Two cone crusher broken the cone of the dynamic force a different direction, these two types of cone crusher motor cone bearing not the same way. Crusher cycle of the vertical force F2 contribute little, it can be fixed cone hanging out ways supports, supporting installations in the crusher to the top. Therefore supporting the structure is relatively simple, easy maintenance. Bacteria-shaped cone crusher of the vertical force F2 contribute larger, it blocks at the bottom of spherical cone brackets will move up, bearing a larger area, will reduce the pressure, maintenance is more difficult.
In the broken material, because of the fragmentation role in the dynamic cone produced friction on the surface, the direction of movement and dynamic cone opposite direction. Because spindle activities are connected to the bottom of this friction formed by the O1O of short, dynamic cone in a partial spin around O1O movement also for the opposite direction of rotation. This rotation may be prompted more uniform particle size products, and move the cone surface more uniform wear.
Cone Crusher is the working principle of materials exert pressure on the crowded, materials between the two cone at the same time by bending and shear stress of the role of broken, the material broken free after unloading. Its production capacity, low power consumption.
Second, the classification of Cone Crusher
Cone Crusher-use can be divided into rough and broken in two chronology; on the structure and function can be divided into suspension, asked the three-Coaxial and vibration.
Rough broken for the cone crusher, also known as cycle-breakers, because it is larger in dealing with the materials, so I feed for clemency, the cone is now moving home, the cone is inverted.
As a chronology of the cone crusher there are two types of conventional-type cone crusher, also known as bacteria-shaped cone crusher, for its handling of materials through the rough broken, so I do not feed much, but requires increased Discharge in order to improve productivity, product requirements broken after a relatively uniform size. So dynamic cone and the cone are being home. Dynamic cone-shaped bacteria produced in the discharge cone and mouth moving near the cone there is a distance between the same equal zone, in order to ensure the materials are unloaded uniform particle size. Cone Crusher such as dynamic smaller cone surface gradient, unloading materials, moving along the cone failure. Therefore, the slope of the discharge will be friction, but will also be Cone deflection, and the rotation of the role of centrifugal force of inertia. It is not free of such crusher discharge, and therefore the principle and the calculation of both rough and broken cone crusher somewhat different.
The conventional methods used to smash, smash the section is accidental, there is no choice, there will be the one hand, most do not have a broken part, on the other hand will also be partial over smash, leading to useful partly as a result of over-smashing not recycling, mining machinery Luoyang Institute for Research in the former Soviet Union to crush the new mechanical inertia broken on the basis of the development of its own vibration PZ-type cone crusher, and received patents from the state, the development of a unique vibration theory broken.
Vibration cone crusher It is also dealing with the broken after the initial material, I did not feed its dynamic cone and the cone is now home, to achieve selective broken role in the move by the main axis of a cone eccentric block, When the gear drive motor through dynamic cone axis, eccentricity block rotation, create an imbalance of excitation, dynamic cone from the original location, and materials from the upper to Ruding cone and dynamic component of the cone crusher cavity, from the crushing chamber to the course of the campaign by repeated compression, attack, the general requirements of 30 times, in this process, materials constantly flip rolling, ever-changing perspective on the effects of materials, materials broken, the broken materials from the crushing chamber drained from the crusher from the nesting population crusher.
Above three cone crusher, in addition to vibration cone crusher not partial rotary movement, the other two cone crushers dynamic cone bottom of the spindle are equipped with eccentric bushing. Two cone crusher broken the cone of the dynamic force a different direction, these two types of cone crusher motor cone bearing not the same way. Crusher cycle of the vertical force F2 contribute little, it can be fixed cone hanging out ways supports, supporting installations in the crusher to the top. Therefore supporting the structure is relatively simple, easy maintenance. Bacteria-shaped cone crusher of the vertical force F2 contribute larger, it blocks at the bottom of spherical cone brackets will move up, bearing a larger area, will reduce the pressure, maintenance is more difficult.
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