CN205995609U - Multifunctional crusher - Google Patents
Multifunctional crusher Download PDFInfo
- Publication number
- CN205995609U CN205995609U CN201620829606.0U CN201620829606U CN205995609U CN 205995609 U CN205995609 U CN 205995609U CN 201620829606 U CN201620829606 U CN 201620829606U CN 205995609 U CN205995609 U CN 205995609U
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- cylindrical housings
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- main shaft
- cylindrical
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Abstract
The utility model discloses a kind of multifunctional crusher, belongs to field of crushing equipment, for solving in prior art, it is difficult to material particles of different sizes are directly separated in crushing process, and the more serious problem of dust pollution.It includes vacuum system, the reducing mechanism below vacuum system, positioned at the top-right drawing-in device of reducing mechanism, conveying device below reducing mechanism, the vacuum system include induced-draught fan, pipeline, discharge tank, the induced-draught fan are connected with discharge tank upper end by pipeline, and the reducing mechanism includes the first motor, first cylindrical housings, first main shaft, fixed plate, hammer leaf, screen cloth, the right-hand member of the screen cloth are provided with locating piece.The utility model provides a kind of multifunctional crusher, and small particles material and large granular materials can be allowed to be directly separated in crushing process, it is achieved that crush, transmission, the merging of collecting process, and can effectively reduce the pollution of dust.
Description
Technical field
The utility model is related to a kind of disintegrating apparatus, specifically, is a kind of multifunctional crusher.
Background technology
Pulverizer under prior art, it is difficult to all of crushing material is become size identical particle, this has resulted in powder
The situation that bulky grain and little particle mix in material after broken is different with small particles material applicable cases for large granular materials
For industry, it is necessary to separation again is carried out to the material after crushing, this not only loses time, reduce operating efficiency, and
Cost is improve, causes the waste of human resources.
Content of the invention
The utility model purpose is intended to can be directly by large granular materials and little particle in crushing process there is provided one kind
The multifunctional crusher that material is directly separated.
For realizing above-mentioned technical purpose, the technical solution adopted in the utility model is as follows：
A kind of multifunctional crusher, including vacuum system, the reducing mechanism below vacuum system, positioned at reducing mechanism
Top-right feeder, the conveying device below reducing mechanism, the vacuum system include induced-draught fan, pipeline, discharge tank,
The induced-draught fan is connected with discharge tank upper end by pipeline, and the discharge tank lower end is provided with the first rectangular through-hole, the crushing dress
Put including the first motor, the first cylindrical housings, the first main shaft, fixed plate, hammer leaf, screen cloth；First motor and the first master
Axle is connected；The first cylindrical housings left upper end is provided with the second rectangular through-hole, and the first cylindrical housings upper right side is provided with
3rd rectangular through-hole, the first cylindrical housings lower end are provided with the 4th rectangular through-hole, the first cylindrical housings right side opening
There is the 5th rectangular through-hole, the first cylindrical housings lower end inner surface is provided with U-lag, and the second rectangular through-hole size is equal to
First rectangular through-hole size, the discharge tank are welded on first by the cooperation of the first rectangular through-hole and the opinion of the second rectangular through-hole
In cylindrical housings；First main shaft runs through the first cylindrical housings, and first main shaft is connected to the first cylindrical housings
On, first spindle centerline is overlapped with the first cylindrical housings center line；The fixed plate is welded on the first main shaft, institute
State hammer leaf to be connected in fixed plate by connecting shaft, the hammer leaf both sides are zigzag, the fixed plate and hammer leaf are located at first
Inside cylindrical housings；The right-hand member of the screen cloth is provided with locating piece, and the screen cloth is placed in U-lag through the 5th rectangular through-hole.
Using technique scheme, induced-draught fan is connected with discharge tank upper end by pipeline, extracts discharge tank by induced-draught fan
Interior air, produces negative pressure so that the small particles material produced in crushing process directly flies in the first circular cylindrical shell body
In discharge tank, and large granular materials keep due to deadweight, are entered in the conveying device of lower section by screen cloth, it is achieved that little
Grain material and the separation of large granular materials；Discharge tank is welded on by the cooperation of the first rectangular through-hole and the opinion of the second rectangular through-hole
In first cylindrical housings；
The seal of vacuum system and reducing mechanism can at utmost be ensured, on the one hand cause shape to be easier in discharge tank
Become negative pressure, be conducive to the collection of small particles material, the dust loss that produce in crushing process on the other hand can be prevented effectively from, be changed
Kind working environment；Hammer leaf both sides are zigzag, can improve the efficiency that crushes；The right-hand member of screen cloth is provided with locating piece so that screen cloth exists
Take out or operate during being put into and be easier, screen cloth is placed in U-lag through the 5th rectangular through-hole so that screen cloth exists
Effectively fixed in first circular cylindrical shell body, it is to avoid in the vibration processes of pulverizer, screen cloth produces the situation of displacement.
Limit further, the drawing-in device includes feeding mouth and hopper wall vibrator, the feeding mouth section is infundibulate,
The feeding mouth lower end is provided with the 6th rectangular through-hole, and the size of the 6th rectangular through-hole is equal to the size of the 3rd rectangular through-hole,
The drawing-in device is welded in the first cylindrical housings by the cooperation between the 3rd rectangular through-hole and the 6th rectangular through-hole, institute
Hopper wall vibrator is stated located at feeding mouth lower end, the hopper wall vibrator is bolted and is fixed in the first cylindrical housings.
Feeding mouth section is infundibulate so that feeding mouth can not only accommodate material of different shapes, and the material for improving
Quantity is accommodated, improves the efficiency of crushing；Hopper wall vibrator is provided with below feeding mouth, can effectively prevent material from adsorbing in feeding mouth
Surface, improve the utilization rate of material, eliminate cleaning so that security in production process is improved.
Limit further, the conveying device includes the second motor, the second cylindrical housings, the second main shaft, flight goes out
Glassware, cloth bag；Second motor is connected with the second main shaft；The second cylindrical housings upper right side is provided with the 7th rectangle and leads to
Hole, the size of the 7th rectangular through-hole are equal to the size of the 4th rectangular through-hole, and second cylindrical housings pass through the 7th square
Cooperation between shape through hole and the 4th rectangular through-hole is welded in the first cylindrical housings, the length of second cylindrical housings
More than the length of the first cylindrical housings, the second cylindrical housings lower-left end is provided with discharging opening；Second main shaft runs through
Second cylindrical housings, second main shaft are connected in the second cylindrical housings, and second spindle centerline and second is justified
Cylindrical shell center line overlaps；The flight is welded on the second main shaft, and the flight maximum gauge is equal to the second cylinder
The diameter of shape housing；The discharger rear end is located at the lower section of the second cylindrical housings, and the width of the discharger is more than second
The width of cylindrical housings top discharge mouth；The cloth bag is enclosed within the front end of discharger.
Second cylindrical housings are welded in the first cylindrical housings, can be directly integrated into reducing mechanism and feeding device
One entirety, improves the efficiency of production, and the second cylindrical housings forms confined space with the first cylindrical housings, can be effective
Prevent the dust loss produced when crushing, improve working environment；The length of the second cylindrical housings is more than the first cylindrical housings
Length, all in effective working region, discharging opening is arranged on the second circle to allow all of hammer leaf in the first circular cylindrical shell body
The lower-left end of cylindrical shell, avoids the crushed zone of hammer leaf, so as to prevent material directly to discharge from discharging opening after crushed
Produce the situation of a large amount of dust；Flight maximum gauge is equal to the diameter of the second cylindrical housings, can avoid large granular materials
It is deposited in the second circular cylindrical shell body and causes the waste of material；Cloth bag is enclosed within the front end of discharger, can not only be timely by powder
Large granular materials after broken are collected, and are also functioned to reduce dust, are improved the effect of working environment.
Limit further, the length of second cylindrical housings is 3 meters.
The utility model compared to existing technology, can allow small particles material and large granular materials directly divide in crushing process
From, it is achieved that crush, transmission, the merging of collecting process, and can effectively reduce the pollution of dust.
Description of the drawings
The nonlimiting examples that the utility model can be given by accompanying drawing are further illustrated；
Fig. 1 is a kind of structural representation of multifunctional crusher of the utility model；
Fig. 2 is the structural representation of vacuum system；
Fig. 3 is the structural representation of reducing mechanism；
Fig. 4 is the top view of the first cylindrical housings；
Fig. 5 is the front view of screen cloth；
Fig. 6 is the structural representation of feeder；
Fig. 7 is the structural representation of feeding device；
Fig. 8 is the top view of the second cylindrical housings.
Main element symbol description is as follows：
Vacuum system 1, induced-draught fan 101, pipeline 102, discharge tank 103, the first rectangular through-hole 104；
Reducing mechanism 2, the first motor 201, the first cylindrical housings 202, the first main shaft 203, fixed plate 204, hammer leaf
205, screen cloth 206, the second rectangular through-hole 207, the 3rd rectangular through-hole 208, the 4th rectangular through-hole 209, the 5th rectangular through-hole 210, U
Shape groove 211, locating piece 212；
Drawing-in device 3, feeding mouth 301, hopper wall vibrator 302, the 6th rectangular through-hole 303；
Feeding device 4, the second motor 401, the second cylindrical housings 402, the second main shaft 403, flight 404, discharger
405, cloth bag 406, the 7th rectangular through-hole 407, discharging opening 408.
Specific embodiment
In order that those skilled in the art may be better understood the utility model, right with reference to the accompanying drawings and examples
Technical solutions of the utility model are further illustrated.
As shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, a kind of multifunctional crusher, including vacuum system 1,
Positioned at the reducing mechanism 2 of 1 lower section of vacuum system, positioned at 2 top-right feeder 3 of reducing mechanism, positioned at 2 lower section of reducing mechanism
Conveying device 4, vacuum system 1 include induced-draught fan 101, and pipeline 102, discharge tank 103, induced-draught fan 101 by pipeline 102 and discharge
103 upper ends of bucket are connected, and 103 lower end of discharge tank is provided with the first rectangular through-hole 104, and reducing mechanism 2 includes the first motor 201, and first
Cylindrical housings 202, the first main shaft 203, fixed plate 204, hammer leaf 205, screen cloth 206；First motor 201 and the first main shaft 203
It is connected；First cylindrical housings, 202 left upper end is provided with the second rectangular through-hole 207, and 202 upper right side of the first cylindrical housings is provided with
Three rectangular through-hole 208,202 lower end of the first cylindrical housings are provided with the 4th rectangular through-hole 209,202 right side of the first cylindrical housings
The 5th rectangular through-hole 210 is had, 202 lower end inner surface of the first cylindrical housings is provided with U-lag 211, and the second rectangular through-hole 207 is big
Little be equal to 104 size of the first rectangular through-hole, discharge tank 103 is by the be shown in of the first rectangular through-hole 104 and the second rectangular through-hole 207
Coordinate and be welded in the first cylindrical housings 202；First main shaft 203 runs through the first cylindrical housings 202, and the first main shaft 203 connects
It is connected in the first cylindrical housings 202,203 center line of the first main shaft is overlapped with 202 center line of the first cylindrical housings；Fixed plate
204 are welded on the first main shaft 203, and hammer leaf 205 is connected in fixed plate 204 by connecting shaft, and 205 both sides of hammer leaf are sawtooth
Shape, fixed plate 204 and hammer leaf 205 are located inside the first cylindrical housings 202；The right-hand member of screen cloth 206 is provided with locating piece 212, sieve
Net 206 is placed in U-lag 211 through the 5th rectangular through-hole 210.
Preferably, drawing-in device 3 includes feeding mouth 301 and hopper wall vibrator 302, and 301 section of feeding mouth is infundibulate, enters
301 lower end of material mouth is provided with the 6th rectangular through-hole 303, and the size of the 6th rectangular through-hole 303 is equal to the big of the 3rd rectangular through-hole 208
Little, drawing-in device 3 is welded on the first circular cylindrical shell by the cooperation between the 3rd rectangular through-hole 208 and the 6th rectangular through-hole 303
On body 202, hopper wall vibrator 302 is located at 301 lower end of feeding mouth, and hopper wall vibrator 302 is bolted and is fixed on the first circle
On cylindrical shell 202.
Preferably, conveying device 4 includes the second motor 401, the second cylindrical housings 402, the second main shaft 403, flight
404, discharger 405, cloth bag 406；Second motor 401 is connected with the second main shaft 403；Second cylindrical housings, 402 upper right side sets
There is the 7th rectangular through-hole 407, the size of the 7th rectangular through-hole 407 is equal to the size of the 4th rectangular through-hole 209, the second circular cylindrical shell
Body 402 is welded in the first cylindrical housings 202 by the cooperation between the 7th rectangular through-hole 407 and the 4th rectangular through-hole 209,
More than the length of the first cylindrical housings 202,402 lower-left end of the second cylindrical housings sets the length of the second cylindrical housings 402
There is discharging opening 408；Second main shaft 403 runs through the second cylindrical housings 402, and the second main shaft 403 is connected to the second cylindrical housings
On 402,403 center line of the second main shaft is overlapped with 402 center line of the second cylindrical housings；Flight 404 is welded on the second main shaft
On 403,404 maximum gauge of flight is equal to the diameter of the second cylindrical housings 402；405 rear end of discharger is located at the second cylinder
The lower section of shape housing 402, the width of discharger 405 are more than the width of discharging opening 408；Cloth bag 406 is enclosed within the discharging of discharger 405
End.
Preferably, the length of the second cylindrical housings 402 is 3 meters.
Above the multifunctional crusher that the utility model is provided is described in detail.The explanation of specific embodiment is
It is used to help understand method of the present utility model and its core concept.It should be pointed out that the ordinary skill people for the art
For member, on the premise of without departing from the utility model principle, some improvement and modification can also be carried out to the utility model, this
A little improvement and modification are also fallen in the utility model scope of the claims.
Claims (4)
1. a kind of multifunctional crusher, including vacuum system, the reducing mechanism below vacuum system, right positioned at reducing mechanism
The drawing-in device of top, the conveying device below reducing mechanism, it is characterised in that：The vacuum system includes induced-draught fan,
Pipeline, discharge tank, the induced-draught fan are connected with discharge tank upper end by pipeline, and the discharge tank lower end is provided with the first rectangle and leads to
Hole, the reducing mechanism include the first motor, the first cylindrical housings, the first main shaft, fixed plate, hammer leaf, screen cloth；Described first
Motor is connected with the first main shaft；The first cylindrical housings left upper end is provided with the second rectangular through-hole, first circular cylindrical shell
Body upper right side is provided with the 3rd rectangular through-hole, and the first cylindrical housings lower end is provided with the 4th rectangular through-hole, first cylinder
The 5th rectangular through-hole is had on the right side of shape housing, and the first cylindrical housings lower end inner surface is provided with U-lag, second rectangle
Hole size is equal to the first rectangular through-hole size, and the discharge tank is joined by the opinion of the first rectangular through-hole and the second rectangular through-hole
Conjunction is welded in the first cylindrical housings；First main shaft runs through the first cylindrical housings, and first main shaft is connected to the
In one cylindrical housings, first spindle centerline is overlapped with the first cylindrical housings center line；The fixed plate is welded on
On first main shaft, the hammer leaf is connected in fixed plate by connecting shaft, the hammer leaf both sides be zigzag, the fixed plate and
Hammer leaf is located inside the first cylindrical housings；The right-hand member of the screen cloth is provided with locating piece, and the screen cloth passes through the 5th rectangular through-hole
It is placed in U-lag.
2. multifunctional crusher according to claim 1, it is characterised in that：The drawing-in device includes feeding mouth and bulkhead
Vibrator, the feeding mouth section are infundibulate, and the feeding mouth lower end is provided with the 6th rectangular through-hole, the 6th rectangular through-hole
Size be equal to the 3rd rectangular through-hole size, the drawing-in device pass through between the 3rd rectangular through-hole and the 6th rectangular through-hole
Coordinate and be welded in the first cylindrical housings, the hopper wall vibrator is located at feeding mouth lower end, the hopper wall vibrator passes through spiral shell
Bolt is fastened in the first cylindrical housings.
3. multifunctional crusher according to claim 2, it is characterised in that：The conveying device includes the second motor, the
Two cylindrical housings, the second main shaft, flight, discharger, cloth bag；Second motor is connected with the second main shaft；Described second
Cylindrical housings upper right side is provided with the 7th rectangular through-hole, and the size of the 7th rectangular through-hole is equal to the big of the 4th rectangular through-hole
Little, it is cylindrical that second cylindrical housings are welded on first by the cooperation between the 7th rectangular through-hole and the 4th rectangular through-hole
On housing, the length of second cylindrical housings is more than the length of the first cylindrical housings, and second cylindrical housings are left
Lower end is provided with discharging opening；Second main shaft runs through the second cylindrical housings, and second main shaft is connected to the second circular cylindrical shell
On body, second spindle centerline is overlapped with the second cylindrical housings center line；The flight is welded on the second main shaft,
The flight maximum gauge is equal to the diameter of the second cylindrical housings；The discharger rear end is located at the second cylindrical housings
Lower section, the width of the discharger are more than the width of the second cylindrical housings top discharge mouth；Before the cloth bag is enclosed within discharger
End.
4. multifunctional crusher according to claim 3, it is characterised in that：The length of second cylindrical housings is 3
Rice.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620829606.0U CN205995609U (en) | 2016-07-30 | 2016-07-30 | Multifunctional crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620829606.0U CN205995609U (en) | 2016-07-30 | 2016-07-30 | Multifunctional crusher |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205995609U true CN205995609U (en) | 2017-03-08 |
Family
ID=58198732
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620829606.0U Expired - Fee Related CN205995609U (en) | 2016-07-30 | 2016-07-30 | Multifunctional crusher |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205995609U (en) |
-
2016
- 2016-07-30 CN CN201620829606.0U patent/CN205995609U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170308 Termination date: 20180730 |