CN208177507U - Novel conical crushing machine - Google Patents

Abstract

The utility model discloses novel conical crushing machines, including body rack, body and screw feeding bucket seat, organism is set on the body rack, the body is fixedly connected with the body rack, drive pulley is rotatably connected on the body, the body upper end is provided with feed hopper, offers feed inlet inside the feed hopper, the feed hopper is fixedly connected with the body, is fixed with telescopic rod on the downside of the screw feeding bucket seat；Screw feeding bucket is provided at the feed inlet of device, material falls the flow velocity that material can be reduced on feeding funnel, and one end of screw feeding bucket bracket is connected on vibrating disc, vibrating disk is shaken by the slip teeth of lower section with attachment base sliding, to make screw feeding bucket generate the vibration of certain frequency, so that the material on screw feeding bucket is uniformly glided, can both increase the service life of feed hopper, also improves the broken fragmentation quality of material.

Description

Novel conical crushing machine

Technical field

The utility model belongs to crusher technical field, and in particular to novel conical crushing machine.

Background technique

Gyratory crusher suitable for metallurgy, build, build the road, raw material is broken chemistry and silicate industry, according to broken The difference and product particle of principle are of different sizes, and are divided into many models, and crusher is widely used in mine, smelting, building materials, public affairs Numerous departments such as road, railway, water conservancy and chemical industry.

Original crusher when carrying out crushing operation needs that material is transported to feed inlet from eminence by material conveyer belt Place, material speed is very fast, and flow velocity when making it into broken cone is very fast, may cause and is crushed unevenly, causes to influence broken Effect.

Utility model content

The purpose of this utility model is to provide novel conical crushing machines, original broken to solve to propose in above-mentioned background technique Broken machine needs to be transported to material from feed inlet from eminence by material conveyer belt when carrying out crushing operation, material speed compared with Fastly, flow velocity when making it into broken cone is very fast, may cause and is crushed unevenly, leads to the problem of influencing crushing effect.

To achieve the above object, the utility model provides the following technical solutions: novel conical crushing machine, including body branch Frame, body and screw feeding bucket seat, are arranged organism on the body rack, the body and body rack is fixed connects It connects, drive pulley is rotatably connected on the body, the body upper end is provided with feed hopper, offers inside the feed hopper Feed inlet, the feed hopper are fixedly connected with the body, and telescopic rod is fixed on the downside of the screw feeding bucket seat, described flexible Bar is located on the outside of the feed hopper, and is slidably connected with the body, and the telescopic rod outer wall slidably connects damping spring, institute It states and is provided with outer strut on the upside of screw feeding bucket seat, the outer strut is detachably connected with the screw feeding bucket seat, described outer Screw feeding bucket is fixed on strut, the screw feeding bucket is fixed with material guiding hopper, the spiral far from the feed inlet side It is provided with inner supporting rod and baffle on feeding funnel, is removably connected with baffle, the screw feeding bucket on the outside of the screw feeding bucket Downside is fixed with inner supporting rod, and the inner supporting rod other end is connected with vibrating disc, slidably connects attachment base on the downside of the vibrating disc, Sliding room is offered inside the vibrating disc, the sliding chamber interior is provided with spring and block, and the block is located on the spring Side, and be slidably connected at the sliding chamber interior walls, is fixed with slide bar on the downside of the block, the slide bar through the spring with it is described Attachment base is fixedly connected, and has vibrating disk slip teeth on the downside of the vibrating disc, has attachment base slip teeth on the upside of the attachment base, described Internal body has main shaft, and the attachment base is fixedly connected with the main shaft.

Preferably, the vibrating disk slip teeth and attachment base slip teeth engagement connection, the vibrating disk slip teeth and the company Joint chair slip teeth lift flank of tooth length is greater than backhaul flank of tooth length.

Preferably, in the shape of a spiral, the inner supporting rod quantity is six to the screw feeding bucket, and is respectively positioned on the spiral and send It is fixedly connected on the downside of hopper and with the vibrating disc.

Preferably, it is sequentially connected between the drive pulley and the main shaft by gear set.

Preferably, strut is provided on the body rack, the strut is fixed on the body rack inner wall, the branch Bar and horizontal direction angle are 60 degree.

Compared with prior art, the utility model has the beneficial effects that being provided with screw feeding at the feed inlet of device Bucket, material falls the flow velocity that material can be reduced on feeding funnel, and one end of screw feeding bucket bracket is connected to vibration On disk, vibrating disk is shaken by the slip teeth of lower section with attachment base sliding, so that screw feeding bucket be made to generate certain frequency Vibration, makes the material on screw feeding bucket uniformly glide, can both increase the service life of feed hopper, and it is broken to also improve material Fragmentation quality.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the screw feeding bucket overlooking structure diagram of the utility model；

Fig. 3 is the vibrating disc structural schematic diagram of the utility model；

In figure: 10- body rack, 11- strut, 20- body, 21- drive pulley, 22- feed hopper, 220- feed inlet, 30- The outer strut of screw feeding bucket seat, 301- material guiding hopper, 31- screw feeding bucket, 311-, 312- inner supporting rod, 313- baffle, 32- are flexible The sliding room bar, 321- damping spring, 33- vibrating disc, 331-, 332- spring, 333- vibrating disk slip teeth, 34- attachment base, 341- are sliding Bar, 342- block, 343- attachment base slip teeth.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Please referring to Fig. 1-3, the utility model provides a kind of technical solution: novel conical crushing machine, including body rack 10, Organism 20 is arranged on body rack 10 for body 20 and screw feeding bucket seat 30, and body 20 is fixedly connected with body rack 10, machine Drive pulley 21 is rotatably connected on body 20,20 upper end of body is provided with feed hopper 22, offers feed inlet inside feed hopper 22 220, feed hopper 22 is fixedly connected with body 20, and telescopic rod 32 is fixed on the downside of screw feeding bucket seat 30, and telescopic rod 32, which is located at, to be given 22 outside of hopper, and be slidably connected with body 20,32 outer wall of telescopic rod slidably connects damping spring 321, screw feeding bucket seat 30 upsides are provided with outer strut 311, and outer strut 311 is detachably connected with screw feeding bucket seat 30, is fixed with spiral shell on outer strut 311 Feeding funnel 31 is revolved, screw feeding bucket 31 is fixed with material guiding hopper 301 far from 220 side of feed inlet, is provided on screw feeding bucket 31 Inner supporting rod 312 and baffle 313, are removably connected with baffle 313 on the outside of screw feeding bucket 31, fixed on the downside of screw feeding bucket 31 There is inner supporting rod 312,312 other end of inner supporting rod is connected with vibrating disc 33, and attachment base 34 is slidably connected on the downside of vibrating disc 33, shakes Sliding room 331 is offered inside Moving plate 33, sliding room 331 is internally provided with spring 332 and block 342, and block 342 is located at spring 332 Upside, and it is slidably connected at sliding 331 inner wall of room, slide bar 341 is fixed on the downside of block 342, slide bar 341 is through spring 332 and even Joint chair 34 is fixedly connected, and has vibrating disk slip teeth 333 on the downside of vibrating disc 33, has attachment base slip teeth 343, machine on the upside of attachment base 34 There is main shaft, attachment base 34 is fixedly connected with main shaft inside body 20.

In the present embodiment, attachment base 34 is slidably connected on the downside of vibrating disc 33, and vibrating disc can be driven by attachment base 34 33 are slided, and sliding room 331 is offered inside vibrating disc 33, and sliding room 331 is internally provided with spring 332 and block 342, block 342 are located at 332 upside of spring, and are slidably connected at sliding 331 inner wall of room, block 342 can be expressed to sliding room by spring 332 331 top is fixed with slide bar 341 on the downside of block 342, can pass through the stationarity that slide bar 341 guarantees 342 position of block, sliding Bar 341 is fixedly connected through spring 332 with attachment base 34, guarantees to carry out between block 342 and attachment base 34 by slide bar 341 It is reliably fixed, there is vibrating disk slip teeth 333 on the downside of vibrating disc 33, there is attachment base slip teeth 343 on the upside of attachment base 34, it can be even By the intermeshing of vibrating disk slip teeth 333 and attachment base slip teeth 343 when joint chair 34 rotates, make vibrating disc 33 that upper and lower shake occur It is dynamic.

In the present embodiment, drive pulley 21 drives the main shaft inside body 20 to be turned by the bevel gear set of output end It is dynamic, so that dynamic centrum and attachment base 34 be driven to rotate, then material conveyer belt is moved to the top of screw feeding bucket 31, then Material is fallen on material guiding hopper 301, by the inclined-plane slide downward of 31 downward spiral of screw feeding bucket, and due to attachment base 34 drive the vibrating disc 33 of top to shake, and carry out screw feeding bucket 31 integrally under the sliding of inner supporting rod 312 and telescopic rod 32 Vertical tremor slides material uniformly until being slipped on the inner wall of feed hopper 22, and reduces the speed that material whereabouts is, Guarantee material enter at a slow speed in feed inlet 220, be then slipped between movable cone and quiet centrum and crushed, make its crush compared with To be uniform, it is discharged by the discharge gate of lower section.

Further, vibrating disk slip teeth 333 and the engagement connection of attachment base slip teeth 343, vibrating disk slip teeth 333 and attachment base are sliding 343 lift flank of tooth length of tooth is greater than backhaul flank of tooth length.

In the present embodiment, vibrating disk slip teeth 333 and the engagement connection of attachment base slip teeth 343 can make attachment base 34 and vibration The vibration of fixed frequency is generated between disk 33, vibrating disk slip teeth 333 and 343 lift flank of tooth length of attachment base slip teeth are greater than backhaul Flank of tooth length guarantees that vibrating disc 33 can be risen at a slow speed, then decline suddenly, to achieve the effect that vibration.

Further, in the shape of a spiral, 312 quantity of inner supporting rod is six to screw feeding bucket 31, and is respectively positioned on screw feeding bucket 31 downsides are simultaneously fixedly connected with vibrating disc 33.

In the present embodiment, screw feeding bucket 31 is in the shape of a spiral, convenient to carry out deceleration feeding to material, guarantees the broken effect of material Rate, 312 quantity of inner supporting rod are six, and are respectively positioned on 31 downside of screw feeding bucket and are fixedly connected with vibrating disc 33, guarantee to pass through The vibration that inner supporting rod 312 drives screw feeding bucket 31 to be balanced.

Further, it is sequentially connected between drive pulley 21 and main shaft by gear set.

It in the present embodiment, is sequentially connected between drive pulley 21 and main shaft by gear set, guarantees the reliable of power input Property, and attachment base 34 is made to obtain controllable power.

Further, be provided with strut 11 on body rack 10, strut 11 is fixed on 10 inner wall of body rack, strut 11 with Horizontal direction angle is 60 degree.

In the present embodiment, strut 11 is provided on body rack 10, strut 11 is fixed on 10 inner wall of body rack, strut 11 It is 60 degree with horizontal direction angle, keeps 10 structure of body rack more stable, it is ensured that body 20 is in shattering process Stability.

The working principle and process for using of the utility model:, will be on equipment body 20 after the utility model installs The belt other end, then connect by 21 sets of upper belts of drive pulley with electrical machine belt pulley, drives drive pulley 21 to rotate by motor, Drive pulley 21 drives the main shaft inside body 20 to be rotated by the bevel gear set of output end, to drive dynamic centrum and company Joint chair 34 rotates, and then material conveyer belt is moved to the top of screw feeding bucket 31, then material falls to material guiding hopper 301 On, by the inclined-plane slide downward of 31 downward spiral of screw feeding bucket, and since attachment base 34 drives the vibrating disc 33 of top Vibration, make screw feeding bucket 31 integrally vertical tremor is carried out under the sliding of inner supporting rod 312 and telescopic rod 32, until be slipped to It on the inner wall of hopper 22, slides material uniformly, and reduces the speed that material whereabouts is, guarantee that material enters at a slow speed charging In mouth 220, then it is slipped between movable cone and quiet centrum and is crushed, keep its crushing more uniform, pass through the discharge of lower section Mouth discharge.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. novel conical crushing machine, it is characterised in that: including body rack (10), body (20) and screw feeding bucket seat (30), Organism (20) are set on the body rack (10), the body (20) is fixedly connected with the body rack (10), described It is rotatably connected on body (20) drive pulley (21), body (20) upper end is provided with feed hopper (22), the feed hopper (22) internal to offer feed inlet (220), the feed hopper (22) is fixedly connected with the body (20), the screw feeding bucket Seat (30) on the downside of be fixed with telescopic rod (32), the telescopic rod (32) be located at the feed hopper (22) outside, and with the body (20) it is slidably connected, telescopic rod (32) outer wall slidably connects damping spring (321), on the screw feeding bucket seat (30) Side is provided with outer strut (311), and the outer strut (311) is detachably connected with the screw feeding bucket seat (30), the outer branch It is fixed on bar (311) screw feeding bucket (31), the screw feeding bucket (31) is fixed with far from the feed inlet (220) side Material guiding hopper (301) is provided with inner supporting rod (312) and baffle (313), the screw feeding bucket on the screw feeding bucket (31) (31) outside is removably connected with baffle (313), is fixed with inner supporting rod (312) on the downside of the screw feeding bucket (31), described interior Strut (312) other end is connected with vibrating disc (33), slidably connects attachment base (34), the shake on the downside of the vibrating disc (33) It is offered sliding room (331) inside Moving plate (33), the sliding room (331) is internally provided with spring (332) and block (342), described Block (342) is located on the upside of the spring (332), and is slidably connected at sliding room (331) inner wall, under the block (342) Side is fixed with slide bar (341), and the slide bar (341) is fixedly connected through the spring (332) with the attachment base (34), described There are vibrating disk slip teeth (333) on the downside of vibrating disc (33), there are attachment base slip teeth (343) on the upside of the attachment base (34), it is described There is main shaft, the attachment base (34) is fixedly connected with the main shaft inside body (20).

2. novel conical crushing machine according to claim 1, it is characterised in that: the vibrating disk slip teeth (333) and described Attachment base slip teeth (343) engagement connection, the vibrating disk slip teeth (333) and the attachment base slip teeth (343) lift flank of tooth length Greater than backhaul flank of tooth length.

3. novel conical crushing machine according to claim 1, it is characterised in that: the screw feeding bucket (31) is helically Shape, inner supporting rod (312) quantity are six, and be respectively positioned on the downside of the screw feeding bucket (31) and with the vibrating disc (33) It is fixedly connected.

4. novel conical crushing machine according to claim 1, it is characterised in that: the drive pulley (21) and the main shaft Between pass through gear set be sequentially connected.

5. novel conical crushing machine according to claim 1, it is characterised in that: be provided with branch on the body rack (10) Bar (11), the strut (11) are fixed on the body rack (10) inner wall, and the strut (11) and horizontal direction angle are six Ten degree.