Synchronous cone coal crusher
Technical field:
The present invention relates to the disintegrating machine technical field, more specifically to a kind of broken gyratory crusher of raw coal that is used for.
Background technology:
The ZL patent No. 92248443.6 discloses a kind of screw-pushing type gyratory crusher; It is made up of mantle liner plate, spiral cover, mantle, eccentric shaft and the transmission system of rolling awl, band spiral; This machine is when broken raw material; Utilize spiral that raw material is advanced,, be particularly suitable for the higher raw material of broken moisture content because of clogging not occurring a bit.Its weak point is: when broken raw material, because the raw coal moisture content is higher, still have part material to be bonded on the spiral cover with this machine, cause and stop up.Simultaneously, its crushing efficiency is lower.
Summary of the invention:
The object of the invention is exactly the deficiency to prior art, and a kind of synchronous cone coal crusher is provided, the problem of blockage phenomenon when it thoroughly solves the raw coal fragmentation, and crushing efficiency is high simultaneously, has increased crushing force, and crushing effect is good, and the finished granule rate is high.
Technological solution of the present invention is following:
Synchronous cone coal crusher comprises the rolling awl and is assemblied in the mantle on the eccentric shaft that the mantle outer surface is fixed with the mantle liner plate of band flight; Rolling awl liner plate is fixed on the rolling awl, and the rolling awl is being supported in the spring upper end, and spring lower end active force is on frame; The rolling awl places the revolution gear wheel, is fixed with projection on the revolution gear wheel, and projection resists on the orbital plane of rolling awl; Revolution gear wheel inner ring is fixed on the revolution gear wheel support bar, and revolution gear wheel support bar is fixed on the frame;
Be fixed with hopper on the frame, hopper outlet is facing to mantle, and the rolling awl is hinged on the frame, is fixed with limited block on the rolling awl, and limited block resists on gag lever post, and gag lever post is fixed on the frame;
Be fixed with the first motor shaft bevel gear on the electric machine main shaft; The first motor shaft bevel gear is meshed with main shaft bevel gear on being fixed on main shaft; Be fixed with the second motor shaft bevel gear on the electric machine main shaft, the second motor shaft bevel gear is meshed with the auxilliary axial cone gear that is fixed on auxilliary, is fixed with driven wheel on the auxilliary axle; Driven wheel is meshed with the revolution gear wheel, and eccentric shaft is fixed on the main shaft.
Said eccentric shaft top is fixed with material separating disc.
Beneficial effect of the present invention is: 1, when mantle rotates, the rolling awl adds swing ceaselessly rocking, and the higher raw coal of moisture content just can not bond to rolling and bores on the liner plate like this.Simultaneously, because mantle is strong with the soft property of rolling awl, make lump coal finished granule rate high.
2, in design, projection axis and mantle stretch out maximum direction and remain on 90~120 degree, and the coal cinder that assurance is bigger like this can both get into all the time the mantle liner plate of being with flight from all directions and be broken, and has improved crushing efficiency.
3, raw coal has received the effect of mantle with rolling awl two-way function power when fragmentation, compared with prior art, has increased the crushing force to raw coal, and crushing effect is good, and gentle force is strong.
Description of drawings:
Fig. 1 is a structural representation of the present invention
Fig. 2 is the annexation schematic perspective view of revolution gear wheel with the rolling awl
The specific embodiment:
Embodiment: see Fig. 1, shown in 2, synchronous cone coal crusher comprises rolling awl 1 and is assemblied in the mantle 3 on the eccentric shaft 2; Mantle 3 outer surfaces are fixed with the mantle liner plate 4 of band flight, and rolling awl liner plate 6 is fixed on the rolling awl 1, and rolling awl 1 is being supported in spring 8 upper ends; Spring 8 lower end active forces are on frame 5
Rolling awl 1 places revolution gear wheel 9, is fixed with projection 10 on the revolution gear wheel 9, and projection 10 resists on 102 on the track of rolling awl 1, and revolution gear wheel 9 inner rings are fixed on the revolution gear wheel support bar 11, and revolution gear wheel support bar 11 is fixed on the frame 5;
Be fixed with hopper 12 on the frame 5, hopper 12 outlets are facing to mantle 3, and rolling awl 1 is hinged on the frame 5, is fixed with limited block 101 on the rolling awl 1, and limited block 101 resists on gag lever post 13, and gag lever post 13 is fixed on the frame 5;
Be fixed with the first motor shaft bevel gear 17 on motor 14 main shafts; The first motor shaft bevel gear 17 is meshed with main shaft bevel gear 16 on being fixed on main shaft 15; Auxilliary axial cone gear 18 on being fixed with the second motor shaft bevel gear, 19, the second motor shaft bevel gears 19 on motor 14 main shafts and being fixed on auxilliary axle 21 is meshed, and is fixed with driven wheel 20 on the auxilliary axle 21; Driven wheel 20 is meshed with revolution gear wheel 9, and eccentric shaft 2 is fixed on the main shaft 15.
Said eccentric shaft 2 tops are fixed with material separating disc 7.
Operation principle: rolling bores 1 under two active forces of spring 8 and projection 10, ceaselessly rocks to add swing, and the higher raw coal of moisture content just can not bond on the rolling awl liner plate 6 like this.
When fragmentation, raw coal receives mantle 3 and bores the effect of 1 bidirectional force with rolling, and in the prior art, has only received the effect of the power of a mantle 3, has increased the crushing force to raw coal like this, and crushing effect is good, and gentle force is strong.