CN206763079U - Environment-friendly type building solid refuse processing unit - Google Patents
Environment-friendly type building solid refuse processing unit Download PDFInfo
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- CN206763079U CN206763079U CN201720096245.8U CN201720096245U CN206763079U CN 206763079 U CN206763079 U CN 206763079U CN 201720096245 U CN201720096245 U CN 201720096245U CN 206763079 U CN206763079 U CN 206763079U
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- Combined Means For Separation Of Solids (AREA)
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Abstract
A kind of environment-friendly type building solid refuse processing unit, it is related to building material processing equipment technical field, what is solved is the technical problem of building solid rubbish secondary use.The device includes the first vibration feeder, the second vibration feeder being sequentially connected, the discharging of second vibration feeder is after four electromagnetism remove work durm, oscillating feeder is connected to through jaw crusher, gyratory crusher successively, the discharging of oscillating feeder is coupled with one-level impact crusher, impact crusher；The discharging of impact crusher and one-level impact crusher is through turning material belt feeder, elevator is connected to vibratory sieve；The charging aperture of each feed bin of distribution box connects each tapping channel of vibratory sieve respectively.Environment-friendly type building solid refuse processing unit provided by the utility model, suitable for handling building solid rubbish.
Description
Technical field
Building material processing equipment technology is the utility model is related to, at a kind of environment-friendly type building solid refuse
Manage the technology of device.
Background technology
At present, the quantity of China's building waste has accounted for the 30%-40% of municipal refuse total amount.According to relevant information introduction, through pair
The rough Statistics of the construction material loss of the buildings such as brick mix structure, full cast-in-place structural and frame structure, are often only construction institute
Produce and the building solid rubbish of discharge just reaches several hundred million tons.Meanwhile most building wastes handle just outdoor heap without any
Put or fill, consume a large amount of land acquisition expenses, refuse collection expense, meanwhile, clear and dropping and dust, sand-lime in stacking process
The problems such as flying upward causes serious environmental pollution again.Therefore the approach of solid waste pollution can thoroughly be solved by finding one,
Avoid secondary pollution, and using solid refuse create economic benefit be currently processed building solid refuse pollution there is an urgent need to.
Utility model content
For defect present in above-mentioned prior art, technical problem to be solved in the utility model is to provide a kind of energy
Useful material is isolated from building solid rubbish, makes it to put into secondary use, so as to save the environment-friendly type of material resource
Building solid refuse disposal installation.
In order to solve the above-mentioned technical problem, a kind of environment-friendly type building solid refuse processing dress provided by the utility model
Put, it is characterised in that：Including the first vibration feeder, the second vibration feeder, jaw crusher, gyratory crusher, vibrate to
Material machine, one-level impact crusher, impact crusher, support frame, turn material belt feeder, elevator；
First vibration feeder is located at the top of the second vibration feeder, and the discharging opening of the first vibration feeder is connected to
Second vibration feeder machine inlet, the second vibration feeder discharging opening are connected to entering for jaw crusher by a feeding conveyer belt
Material mouth, the second vibration feeder motor spindle are laid with mud extraction belt feeder, and the discharging opening of jaw crusher is connected to entering for gyratory crusher
Material mouth, the discharging opening of gyratory crusher are connected to the charging aperture of oscillating feeder by a feed belt machine；
Work durm is removed in the surface of the feeding conveyer belt provided with four electromagnetism, and each electromagnetism removes and is equipped with a use on work durm
In the metal sensor for controlling the electromagnetism to remove work durm work；
Four electromagnetism are spaced laying successively except material conveying direction of the work durm along feeding conveyer belt, four electromagnetism
Except material conveying direction of the work durm along feeding conveyer belt respectively be one-level except work durm, two level except work durm, three-level except work durm,
Level Four removes work durm, and one-level is used for the magnetic field of 3000 ± 50 Gausses of generation except work durm, and two level is high for producing 6000 ± 50 except work durm
This magnetic field, three-level are used for the magnetic field of 9000 ± 50 Gausses of generation except work durm, and level Four is used to produce 12000 ± 50 Gausses except work durm
Magnetic field；
The oscillating feeder, which is built-in with, to be sieved into pellet by particle diameter the screen cloth of one thick thin two kinds of specifications, and is shaken
The coarse fodder that dynamic batcher offers for exporting thick specification pellet exports, and the fines for exporting thin specification pellet exports, and shakes
The fines outlet of dynamic batcher is connected to the charging aperture of one-level impact crusher, and the coarse fodder outlet of oscillating feeder is connected to impact crushing
The charging aperture of machine；
Equipped with vibratory sieve, distribution box, the discharging opening and one-level impact crusher of the impact crusher on support frame as described above
Discharging opening be connected to the charging aperture of elevator through turning material belt feeder, the discharging opening of elevator is connected to the charging aperture of vibratory sieve；
The vibratory sieve has multiple tapping channels, is provided with multiple feed bins in the distribution box, the upper end of each feed bin opens up
There is charging aperture, the lower end of each feed bin offers discharging opening, and is provided with bin gate, the charging aperture of each feed bin in the discharging opening of each feed bin
Docked one by one with the discharge end of each tapping channel of vibratory sieve, the discharging opening of one of feed bin is connected to entering for impact crusher
Material mouth, the discharging opening of other feed bins are respectively connected to heap shots through a discharging belt conveyer.
Further, the device also includes the second-class impact disintegrating machine, and the discharging opening of the second-class impact disintegrating machine is through turning material belt
Machine is connected to the charging aperture of elevator；
In the distribution box, each feed bin is laid successively from left to right, is provided with a flash chute in distribution box, the flash slips
Groove is a body tilted down from left to right, and the right-hand member mouth of pipe of flash chute is connected to the charging aperture of the second-class impact disintegrating machine, is overflow
The left end mouth of pipe of material chute is stretched into from left to right in first feed bin, and is provided with the top of the left end mouth of pipe of flash chute and is used for block resistance
Square blanking falls into the striker plate of flash chute, and the groove body of flash chute sequentially passes through each feed bin from left to right, and except from left to right
Flash chute segmentation in other feed bins outside first feed bin, offers a flash import on the cell wall of upside, and
A flash outlet is offered on the cell wall of downside.
Further, the vibratory sieve includes centrifugal blower, screen box, and the vibrating device for driving screen box to vibrate, institute
State the multilayer screen cloth for being provided with that laying and sieve aperture reduce successively successively from top to bottom in screen box；The upper end of screen box offers charging
Mouthful, and suction airstream pipeline is provided with the charging aperture of screen box, the air inlet of suction airstream pipeline towards screen box charging aperture,
The gas outlet of suction airstream pipeline is connected to the air inlet of centrifugal blower by an electronic adjustable ventilation door, and the bottom of screen box, which is provided with, to be used for
The dust sucting pipeline of screen box bottom leakage dust is drawn, the dust sucting pipeline is interconnected with suction airstream pipeline.
Environment-friendly type building solid refuse processing unit provided by the utility model, passes through impingement disintegrating machine and reaction type
The broken combination of disintegrating machine carries out crushing shaping repeatedly to building solid rubbish, and is selected and built except work durm classification using four electromagnetism
The irony material in solid refuse is built, realizes the go-no-go of the irony material and sandstone material in building solid rubbish, can be from building
Irony material, the sandstone material of high-quality are filtered out in solid refuse, makes it to put into secondary use, so as to save material money
Source；And the light materials such as the fabric being mixed in sandstone material can be siphoned away by suction airstream pipeline, so as to further
Improve the quality of sandstone material；And it can also be realized multistage with discharging by distribution box to different-grain diameter finished product material adjust automatically
Measure and adjustable be adapted to different sandstone production requirements.
Brief description of the drawings
Fig. 1 is the main structure diagram of the environment-friendly type building solid refuse processing unit of the utility model embodiment；
Fig. 2 is the structural representation of the distribution box in the environment-friendly type building solid refuse processing unit of the utility model embodiment
Figure.
Embodiment
Embodiment of the present utility model is described in further detail below in conjunction with brief description of the drawings, but the present embodiment and not had to
It is every to use similar structure of the present utility model and its similar change in limitation the utility model, the utility model all should be included in
Protection domain, the pause mark in the utility model represents the relation of sum.
As Figure 1-Figure 2, a kind of environment-friendly type building solid refuse processing that the utility model embodiment is provided
Device, it is characterised in that：Including the first vibration feeder 101, the second vibration feeder 102, jaw crusher 2, cone crusher
Machine 3, oscillating feeder 6, one-level impact crusher 7, impact crusher 8, support frame 12, turn material belt feeder 9, elevator 5；
First vibration feeder 101 is located at the top of the second vibration feeder 102, the discharging of the first vibration feeder
Mouth is connected to the second vibration feeder machine inlet, and the discharging opening of the second vibration feeder 102 is connected to jaw by a feeding conveyer belt 40
The charging aperture of formula disintegrating machine 2, the second vibration feeder motor spindle are laid with mud extraction belt feeder, and the discharging opening of jaw crusher 2 is connected to
The charging aperture of gyratory crusher 3, the discharging opening of gyratory crusher 3 are connected to entering for oscillating feeder 6 by a feed belt machine 4
Material mouth；
Work durm 401,402,403,404, each electromagnetism iron removaling are removed provided with four electromagnetism in the surface of the feeding conveyer belt 4
A metal sensor for being used to control the electromagnetism to remove work durm work is equipped with cylinder；
Between four electromagnetism remove material conveying direction of the work durm 401,402,403,404 along feeding conveyer belt 4 successively
Every laying, four electromagnetism remove work durm 401, two except material conveying direction of the work durm along feeding conveyer belt respectively is one-level
Level is except work durm 402, three-level removes work durm 403, level Four removes work durm 404, and one-level is except magnetic of the work durm 401 for producing 3000 ± 50 Gausses
, two level is used for the magnetic field of 6000 ± 50 Gausses of generation except work durm 402, and three-level is used to produce 9000 ± 50 Gausses except work durm 403
Magnetic field, level Four except work durm 404 be used for produce 12000 ± 50 Gausses magnetic field；
The oscillating feeder 6 is built-in with the screen cloth that pellet can be sieved into thick thin two kinds of specifications by particle diameter, and
The coarse fodder that oscillating feeder offers for exporting thick specification pellet exports, and the fines for exporting thin specification pellet exports,
The fines outlet of oscillating feeder is connected to the charging aperture of one-level impact crusher 7, and the coarse fodder outlet of oscillating feeder is connected to counterattack
The charging aperture of disintegrating machine 8；
Equipped with vibratory sieve 10, distribution box 11, discharging opening and the one-level impact of the impact crusher 8 on support frame as described above 12
The discharging opening of disintegrating machine 7 is connected to the charging aperture of elevator 5 through turning material belt feeder 9, and the discharging opening of elevator 5 is connected to vibratory sieve 10
Charging aperture；
The vibratory sieve 10 has multiple tapping channels, and multiple feed bins 111, each feed bin 111 are provided with the distribution box 11
Upper end offer charging aperture, the lower end of each feed bin 111 offers discharging opening, and is provided with material in the discharging opening of each feed bin 111
Door, the charging aperture of each feed bin 111 dock one by one with the discharge end of each tapping channel of vibratory sieve 10, one of feed bin 111
Discharging opening be connected to the charging aperture of impact crusher 8, the discharging opening of other feed bins 111 is respectively connected to windrow through a discharging belt conveyer
Point.
The utility model embodiment also includes the second-class impact disintegrating machine 13, and the discharging opening of the second-class impact disintegrating machine 13 is through turning material
Belt feeder 9 is connected to the charging aperture of elevator 5；
In the distribution box 11, each feed bin 111 is laid successively from left to right, and a flash chute 112, institute are provided with distribution box
It is a body tilted down from left to right to state flash chute 112, and the right-hand member mouth of pipe of flash chute 112 is connected to the second-class impact and crushed
The charging aperture of machine 13, the left end mouth of pipe of flash chute 112 is stretched into from left to right in first feed bin, and the left end of flash chute 112
It is provided with the top of the mouth of pipe and is used for the striker plate 114 that blanking above block resistance falls into flash chute, the groove body of flash chute 112 is from left to right
Each feed bin, and the flash chute segmentation in other feed bins in addition to first feed bin from left to right are sequentially passed through, in upside
A flash import 113 is offered on cell wall, and a flash outlet is offered on the cell wall of downside（Do not show in figure）.
Can be adjustable to the sandstone material implementation grading load after go-no-go according to demand by distribution box 11, specific adjustment
Method is as follows：
After vibratory sieve is multiple product material sand material by particle diameter screening, by each tapping channel of vibratory sieve screening
Each product material afterwards is respectively fed to each feed bin in distribution box；
In the case of the requirement of no grading, the product material respectively bin gate output through feed bin discharge hole in each feed bin；
Need by multiple product material therein carry out grading load can timing, each material for treating grading product material will be loaded
In storehouse, the bin gate of each feed bin in addition to first feed bin from right to left is closed, and the bin gate of first feed bin from right to left is opened, and
Flash in flash chute segmentation in the feed bin is exported and opened, and other flashes on flash chute are exported into closing；Than
Such as by the second from left feed bin（Second feed bin from left to right）In product material and left three feed bins（3rd feed bin from left to right）In product material
Grading is carried out, then is closed the bin gate of the second from left feed bin, and the bin gate of left three feed bins is opened, and the flash in left three feed bins is slipped
Flash outlet in groove segmentation is opened, and other flashes on flash chute are exported into closing, when the product material in the second from left feed bin
Stockpiling height when exceeding the height of flash import in the flash chute segmentation in the second from left feed bin, the product material in the second from left feed bin
Flash chute is entered by the flash import, and slided to the right, and when sliding at left three feed bins, out of left three feed bins
The segmentation of flash chute on flash outlet enter left three feed bins, so as to be mixed with the product material in left three feed bins, in this mistake
Cheng Zhong, each particle diameter sand material ratio can be controlled by controlling the size of each feed inlet and outlet, beyond partly then being slipped by flash
Groove is transported to the second-class impact disintegrating machine and done over again, and the material after the second-class impact disintegrating machine is done over again then sends vibration back to again by elevator
Sieve.
In the utility model embodiment, the vibratory sieve includes centrifugal blower, screen box, and for driving shaking for screen box vibration
Device is moved, the multilayer screen cloth that laying and sieve aperture reduce successively successively from top to bottom is installed in the screen box；Open the upper end of screen box
Provided with charging aperture, and suction airstream pipeline is provided with the charging aperture of screen box, the air inlet of suction airstream pipeline is towards screen box
Charging aperture, the gas outlet of suction airstream pipeline is connected to the air inlet of centrifugal blower, the bottom of screen box by an electronic adjustable ventilation door
Portion is provided with the dust sucting pipeline for being used for drawing screen box bottom leakage dust, and the dust sucting pipeline is interconnected with suction airstream pipeline.
The utility model embodiment is applied to building solid garbage disposal, and its working method is as follows：
After building solid rubbish enters first, second vibration feeder, soil impurity is completely separated in vibration is overturn, mud
Sand falls into the mud extraction belt feeder of bottom, then removes the level Four go-on-go of work durm, the go-no-go from building solid rubbish by four electromagnetism again
Go out irony material, remaining sandstone material is subsequently sent to jaw crusher progress primary fragmentation, Ran Houzai in building solid rubbish
Second-time breakage is carried out into gyratory crusher, is then sent into oscillating feeder by feed belt machine again；
In oscillating feeder, sandstone material is screened into thick thin two kinds of specifications, and more than particle diameter 45mm aggregate is defeated
Deliver to impact crusher to carry out shaping, crush, below particle diameter 45mm aggregate is delivered to one-level impact crusher and crushed, instead
The discharging for hitting disintegrating machine and one-level impact crusher is delivered to elevator by turning material belt feeder, after being promoted to a high position by elevator
The feeding light material such as vibratory sieve, the fabric being mixed in sandstone material is sucked airflow line in vibratory sieve entrance and siphoned away,
Further optimize the quality of sandstone material, vibratory sieve implements multi-stage screening to sandstone material, and sandstone material is more by particle diameter screening
Kind specification, sandstone materials at different levels respectively enter each feed bin of distribution box, carry out grading on request in distribution box, wherein super grain
The discharging of one feed bin of footpath aggregate is sent into impact crusher and done over again, and the discharging opening of other feed bins is respectively connected to through a discharging belt conveyer
Heap shots.
Claims (3)
- A kind of 1. environment-friendly type building solid refuse processing unit, it is characterised in that：Fed including the first vibration feeder, the second vibration Material machine, jaw crusher, gyratory crusher, oscillating feeder, one-level impact crusher, impact crusher, support frame, turn material skin Band machine, elevator；First vibration feeder is located at the top of the second vibration feeder, and the discharging opening of the first vibration feeder is connected to second Vibration feeder machine inlet, the second vibration feeder discharging opening are connected to the charging of jaw crusher by a feeding conveyer belt Mouthful, the second vibration feeder motor spindle is laid with mud extraction belt feeder, and the discharging opening of jaw crusher is connected to the charging of gyratory crusher Mouthful, the discharging opening of gyratory crusher is connected to the charging aperture of oscillating feeder by a feed belt machine；Work durm is removed in the surface of the feeding conveyer belt provided with four electromagnetism, and each electromagnetism, which removes, is equipped with one for controlling on work durm Make the metal sensor that the electromagnetism removes work durm work；Four electromagnetism are spaced laying successively except material conveying direction of the work durm along feeding conveyer belt, four electromagnetism iron removalings Cylinder respectively is one-level except work durm, two level are except work durm, three-level are except work durm, level Four along the material conveying direction of feeding conveyer belt Except work durm, one-level is used for the magnetic field of 3000 ± 50 Gausses of generation except work durm, and two level is used to produce 6000 ± 50 Gausses' except work durm Magnetic field, three-level are used for the magnetic field of 9000 ± 50 Gausses of generation except work durm, and level Four is except magnetic of the work durm for producing 12000 ± 50 Gausses ；The oscillating feeder, which is built-in with, to be sieved into pellet by particle diameter the screen cloth of one thick thin two kinds of specifications, and vibrate to Material machine offer for export thick specification pellet coarse fodder export, and for export thin specification pellet fines export, vibrate to The fines outlet of material machine is connected to the charging aperture of one-level impact crusher, and the coarse fodder outlet of oscillating feeder is connected to impact crusher Charging aperture；Equipped with vibratory sieve, distribution box, the discharging opening of the impact crusher and going out for one-level impact crusher on support frame as described above Material mouth is connected to the charging aperture of elevator through turning material belt feeder, and the discharging opening of elevator is connected to the charging aperture of vibratory sieve；The vibratory sieve has multiple tapping channels, is provided with multiple feed bins in the distribution box, the upper end of each feed bin offer into Material mouth, the lower end of each feed bin offers discharging opening, and is provided with bin gate in the discharging opening of each feed bin, and the charging aperture of each feed bin is with shaking The discharge end of each tapping channel of dynamic sieve docks one by one, and the discharging opening of one of feed bin is connected to the charging of impact crusher Mouthful, the discharging opening of other feed bins is respectively connected to heap shots through a discharging belt conveyer.
- 2. environment-friendly type building solid refuse processing unit according to claim 1, it is characterised in that：The device also includes two Level impact crusher, the discharging opening of the second-class impact disintegrating machine are connected to the charging aperture of elevator through turning material belt feeder；In the distribution box, each feed bin is laid successively from left to right, is provided with a flash chute in distribution box, the flash chute is One body tilted down from left to right, the right-hand member mouth of pipe of flash chute are connected to the charging aperture of the second-class impact disintegrating machine, and flash slips The left end mouth of pipe of groove is stretched into from left to right in first feed bin, and is provided with the top of the left end mouth of pipe of flash chute and is used to above block resistance fall Material falls into the striker plate of flash chute, and the groove body of flash chute sequentially passes through each feed bin from left to right, and except from left to right first Flash chute segmentation in other feed bins outside individual feed bin, offers a flash import on the cell wall of upside, and under A flash outlet is offered on side channel wall.
- 3. environment-friendly type building solid refuse processing unit according to claim 1, it is characterised in that：The vibratory sieve includes Centrifugal blower, screen box, and the vibrating device for driving screen box to vibrate, be provided with the screen box lay successively from top to bottom and The multilayer screen cloth that sieve aperture reduces successively；The upper end of screen box offers charging aperture, and suction gas is provided with the charging aperture of screen box Flow tube road, the air inlet of suction airstream pipeline towards screen box charging aperture, the gas outlet of suction airstream pipeline by one it is electronic can Air register is connected to the air inlet of centrifugal blower, and the bottom of screen box is provided with the dust sucting pipeline for being used for drawing screen box bottom leakage dust, The dust sucting pipeline is interconnected with suction airstream pipeline.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720096245.8U CN206763079U (en) | 2017-01-25 | 2017-01-25 | Environment-friendly type building solid refuse processing unit |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720096245.8U CN206763079U (en) | 2017-01-25 | 2017-01-25 | Environment-friendly type building solid refuse processing unit |
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| CN206763079U true CN206763079U (en) | 2017-12-19 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108465548A (en) * | 2018-06-05 | 2018-08-31 | 杨玲玲 | A kind of centrifugal iron removal by magnetic separation device of building waste |
| CN108620159A (en) * | 2018-07-16 | 2018-10-09 | 四川省科源工程技术测试中心 | Soil screening crusher |
| CN109231865A (en) * | 2018-10-29 | 2019-01-18 | 贵州金海磐石实业有限公司 | A kind of aggregate processing method |
| WO2020038323A1 (en) * | 2018-08-19 | 2020-02-27 | 吴卿 | Integrated building-block tower comprehensive centralized crushing system |
-
2017
- 2017-01-25 CN CN201720096245.8U patent/CN206763079U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108465548A (en) * | 2018-06-05 | 2018-08-31 | 杨玲玲 | A kind of centrifugal iron removal by magnetic separation device of building waste |
| CN108620159A (en) * | 2018-07-16 | 2018-10-09 | 四川省科源工程技术测试中心 | Soil screening crusher |
| WO2020038323A1 (en) * | 2018-08-19 | 2020-02-27 | 吴卿 | Integrated building-block tower comprehensive centralized crushing system |
| CN109231865A (en) * | 2018-10-29 | 2019-01-18 | 贵州金海磐石实业有限公司 | A kind of aggregate processing method |
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