CN108453123A - A kind of escalator manufacture disposed waste processing equipment - Google Patents
A kind of escalator manufacture disposed waste processing equipment Download PDFInfo
- Publication number
- CN108453123A CN108453123A CN201810418909.7A CN201810418909A CN108453123A CN 108453123 A CN108453123 A CN 108453123A CN 201810418909 A CN201810418909 A CN 201810418909A CN 108453123 A CN108453123 A CN 108453123A
- Authority
- CN
- China
- Prior art keywords
- aluminium alloy
- rack
- stainless steel
- swingle
- hinge
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B3/00—Destroying solid waste or transforming solid waste into something useful or harmless
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B2101/00—Type of solid waste
Abstract
The invention discloses a kind of escalator manufacture disposed waste processing equipments, its structure includes equipment body, garbage inlet, first grinding device, disinfectant import, separating twice device, sterilizing and purifying processing unit, plant bottom case, retracting device of classifying automatically, garbage inlet is set to above equipment body and is in integrated molding structure with first grinding device, first grinding device is obliquely set to equipment body right part, and disinfectant import is set among equipment body left side and is penetrated through with first grinding device and connected.The present invention is by being equipped with automatic classification retracting device, the disposed waste that can be generated automatically to escalator manufacture carries out classification recovery processing, its using disposed waste main component --- stainless steel, aluminium alloy, plastic quality difference carry out classification recycling, convenient for the recycling of rubbish, effectively enhance the environmental-protecting performance of escalator manufacture disposed waste processing equipment, the rate of recovery for improving rubbish, economizes on resources.
Description
Technical field
The present invention relates to elevator manufacturing equipment fields, more precisely, being at a kind of escalator manufacture disposed waste
Manage equipment.
Background technology
Elevator is a kind of using motor as the vertical conveyor of power, and box-like gondola is housed, for tier building multiply people or
Carrying cargo.Also step, step plate are commonly called as escalator or moving sidewalk mounted in continuous operation on crawler belt.It serves
Provide the fixed type lifting equipment of floor.Vertical lift elevator tool there are one car, operate at least two row it is vertical or tilt
Between rigid guideway of the angle less than 15 °.Car size comes in and goes out convenient for passenger with structure type or handling goods.Though traditionally its
How is type of drive, using elevator as the general name of vertical transportation means of transport in building.But current this escalator system
It makes and is had the disadvantage that with disposed waste processing equipment：
1, the disposed waste crushing that escalator manufacture generates is not thorough, and is not easy to later stage rubbish reprocessing.
2, the disposed waste that escalator manufacture generates is mainly the recyclable recycling such as stainless steel, aluminium alloy, plastics
Material, existing equipment can not carry out classification recycling to it automatically.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of escalator manufactures to be handled with disposed waste
Equipment, the escalator manufacture to solve the prior art are not thorough with the crushing of disposed waste processing equipment, are not easy to later stage rubbish
Rubbish is reprocessed, and can not carry out the defect of classification recycling automatically to the material of the recyclable recycling such as stainless steel, aluminium alloy, plastics.
To achieve the goals above, the present invention is to realize by the following technical solutions：
A kind of escalator manufacture disposed waste processing equipment, structure includes equipment body, garbage inlet, first wheat-middlings
Crushing device, disinfectant import, separating twice device, sterilizing and purifying processing unit, plant bottom case, retracting device of classifying automatically, institute
Garbage inlet is stated above equipment body and with first grinding device in integrated molding structure, the first grinding device is in
Skewed to be set to equipment body right part, the disinfectant import is set to intermediate on the left of equipment body and is penetrated through with first grinding device
Connection, the horizontal equipment body lower part that is set to of the separating twice device but penetrates through connection with first grinding device, described to disappear
Malicious purifying processing device is set between first grinding device, separating twice device, and the plant bottom case is set to below equipment body
And be connected by electric welding, the automatic classification retracting device is set to equipment body right side side and is connected by electric welding, described
Automatic classification retracting device by crust of the device, charging induction mechanism, rack and pinion drive mechanism, connect motor structure, suction device, drive
Dynamic motor, stainless steel recovering mechanism, aluminium alloy recovering mechanism, plastics recovery mechanism composition, the trapezoidal structure of described device shell,
The charging induction mechanism is set to inside the crust of the device upper left corner and embedded garbage inlet, and the rack and pinion drive mechanism is set to
It feeds induction mechanism right side side and is intertwined and connected by traction rope, the motor structure that connects is set to rack and pinion drive mechanism right side side
And be flexibly connected by connecting rod, the suction device, which is set to, meets motor structure right side side and by electrical connection, the driving motor
It is electrically connected set on the lower left corner inside crust of the device and with motor structure is connect, the stainless steel recovering mechanism, aluminium alloy recovering mechanism, modeling
Expect that recovering mechanism is set in simultaneously column-shaped inside crust of the device, the stainless steel recovering mechanism, aluminium alloy recovering mechanism, plastics recovery
It is connected by electric welding between mechanism.
As further scheme of the invention, the charging induction mechanism is by hinge seat, induction rod, draw bar, the first bullet
Spring, traction rope, the first fixed pulley, the second fixed pulley composition, the hinge seat are embedded in the crust of the device upper left corner and flexible connection,
The induction rod is set to inside hinge seat left side side and embedded garbage inlet, and the draw bar is set to hinge seat right side side and one
With hinge seat by being welded vertical connection, first spring is set to below draw bar and is connected by electric welding, described to lead at end
The one ends wound of the other end and traction rope that draw bar connects, and needle-shaped to bypass first fixed sliding in the inverse time for the other end of the traction rope
Wheel is intertwined and connected in clockwise around the second fixed pulley and rack and pinion drive mechanism.
As the present invention further scheme, the rack and pinion drive mechanism is by slide bar, jack rod sleeve, the first rack, just
Gear, the second rack, second spring, spring base composition, the slide bar is in a vertical shape to be set to below the second fixed pulley, the slide bar
It being sheathed on slide bar outer surface and is gap-matched, first rack is set to jack rod sleeve right side side and is welded by link,
The spur gear is set to the first rack right side side and is flexibly connected by gear teeth meshing, and second rack is set on the right side of spur gear
Side and be flexibly connected by gear teeth meshing, the second spring be set to the second rack above and its both ends respectively on the second rack
End and spring base are connected by electric welding, and second rack is flexibly connected by connecting rod with motor structure is connect.
As the present invention, further scheme, the motor structure that connects are connected by sliding rail, sliding part, dynamic electric end block, activity
Extension bar, electrostatic end block composition, the sliding part is inside sliding rail and is slidably connected, and the dynamic electric end block is set to sliding part
Lower section and it is connected by connecting rod, described movable connecting rod one end is flexibly connected by hinge with dynamic electric end block, the activity
The connecting rod other end is flexibly connected by hinge with the second rack, and the electrostatic end block is set to dynamic electric end block left side side and and suction
Device, driving motor electrical connection.
As the present invention further scheme, the suction device by suction wind turbine, blower rack, connect electric box, suction tube, suction
Hopper, vomit pipe, drain hopper composition, the suction wind turbine, which is set to, meets motor structure right side side and by connecing electric box and electrostatic end block electricity
Connection, the blower rack are set to below suction wind turbine and are connected by electric welding, and described suction tube one end passes through with suction wind turbine
Electric welding perforation connection, the suction tube other end are set to separating twice with suction bucket by being welded perforation connection, the suction bucket
Inside device, with suction wind turbine by being welded perforation connection, the vomit pipe other end is logical with drain hopper for described vomit pipe one end
Cross electric welding perforation connection.
As the present invention further scheme, the stainless steel recovering mechanism is by driving swingle, strength blower fan, stainless
Steel recycles hinge, stainless steel recycling plate, stainless steel recycling pushing block, stainless steel recycling spring composition, described driving swingle one end
It is flexibly connected with driving motor, the driving swingle other end is with strength blower fan centrally through electric welding vertical connection, institute
It states stainless steel recycling hinge and is set to strength blower fan upper right side, the stainless steel recycling plate recycles hinge by stainless steel and closed with aluminium
Golden recovering mechanism flexible connection, the stainless steel recycling pushing block are set to above stainless steel recycling plate and recycle spring by stainless steel
With stainless steel recycling hinge welding.
As the present invention further scheme, the aluminium alloy recovering mechanism is by the first belt pulley, the first driving belt, the
One deceleration belt pulley, the first swingle, the first rotating seat, middle power blower fan, aluminium alloy recycling hinge, aluminium alloy recycling plate, aluminium
Alloy recycles pushing block, aluminium alloy recycling spring composition, and first belt pulley is set among driving swingle and by vertically connecting
It connects, first deceleration belt pulley is set on right section in the first swingle and by being welded vertical connection, the first deceleration belt
Wheel engages flexible connection with the first belt pulley by the first driving belt, and first swingle one end is embedded in the first rotating seat
Portion is flexibly connected, and the first swingle other end is with middle power blower fan centrally through electric welding vertical connection, the aluminium alloy
It recycles hinge and is set to the first swingle upper right side, the aluminium alloy recycling plate recycles hinge and plastics recovery mechanism by aluminium alloy
Flexible connection, the aluminium alloy recycling pushing block are set to above aluminium alloy recycling plate and recycle spring by aluminium alloy and returned with aluminium alloy
Receive hinge welding.
As further scheme of the invention, the plastics recovery mechanism is by the second belt pulley, the second driving belt, second
Deceleration belt pulley, the second swingle, the second rotating seat, low force blower fan composition, second belt pulley are set to the first swingle
Intermediate and by being welded vertical connection, second deceleration belt pulley is set among the second swingle and is vertically connected by electric welding
It connects, second deceleration belt pulley engages flexible connection, second swingle with the second belt pulley by the second driving belt
One end is embedded in the connection of the second rotating seat internal activity, and the second swingle other end is with low force blower fan centrally through electric welding
Vertical connection.
Invention advantageous effect
A kind of escalator manufacture of the present invention will be hand steered under conditions of connecting power supply with disposed waste processing equipment
The disposed waste that elevator manufacture generates is sent by garbage inlet inside first grinding device, while being added by disinfectant import
Disinfectant, the rubbish of preliminary crushing carries out purified treatment in sterilizing and purifying processing unit, then is carried out by separating twice device
Separating twice；When disposed waste passes through garbage inlet, under the gravity of rubbish, induction rod, which is pushed drive hinge seat, is in
Rotation counterclockwise rotates with the draw bar of hinge seat welding and is swung up and pulls one end of traction rope, traction rope it is another
One end be in then the inverse time it is needle-shaped bypass the first fixed pulley, in clockwise around pullling the first rack in jack rod sleeve after the second fixed pulley
Along slide bar upward sliding under cooperation, while the first rack drives spur gear in rotating clockwise by the gear teeth, drives and is set to just
Second rack of gear right side side moves down, and the second rack pulls dynamic electric end block matching in sliding part by movable connecting rod again
It is slided to the left along sliding rail under conjunction, electric end block is made to be contacted with electrostatic end block, be also turned on suction wind turbine, driving motor
Circuit；The start-up operation of suction wind turbine draws the rubbish that separating twice is completed by suction bucket upwards through suction tube, and passes through
Vomit pipe, drain hopper cast rubbish from eminence；With the driving motor in working condition by driving swingle that strength is driven to inhale
Fan carries out high speed rotation, while the first belt pulley being welded among driving swingle drives first by the first driving belt
Deceleration belt pulley rotates, and power blower fan continues middling speed rotation during the first deceleration belt pulley is driven by the first swingle again, simultaneously
It drives and is rotated with the second belt pulley welded among the first swingle, the second belt pulley drives second by the second driving belt again
Deceleration belt pulley rotates, and the second deceleration belt pulley drives the rotation of low force blower fan progress more at a slow speed by the second swingle,
At this time low force blower fan, middle power blower fan, strength blower fan suction there are gaps, it is more light in the rubbish thoroughly crushed
Plastics can be attracted by low force blower fan and collect, while the lighter aluminium alloy grinding in part can be attracted to fall and be recycled in aluminium alloy
On plate, the quantity with aluminium alloy grinding increases, and aluminium alloy is recycled plate and returned with aluminium alloy under the auxiliary that aluminium alloy recycles pushing block
The origin of hinge is received to lower swing, aluminium alloy recycles pushing block and the aluminium alloy grinding on aluminium alloy recycling plate falls off, and is inhaled by middle power
Fan, which attracts, to be collected, while the aluminium alloy of heavier mass is also attracted collection, and lighter stainless steel grinding can also be inhaled by middle power
Fan attraction is fallen recycles plate in stainless steel, and with increasing for stainless steel grinding amount, similarly stainless steel grinding never becomes rusty steel recycling
Plate falls off, and is attracted by strength blower fan and collects, while most heavy stainless steel rubbish attracts collection by strength blower fan, is achieved in
Automatic classification recovering effect.
A kind of escalator manufacture disposed waste processing equipment of the present invention, by being equipped with automatic classification retracting device,
Can automatically to escalator manufacture generate disposed waste carry out classification recovery processing, using disposed waste it is main at
Point --- stainless steel, aluminium alloy, plastic quality difference carry out classification recycling, be convenient for rubbish recycling, effectively enhance
The environmental-protecting performance of escalator manufacture disposed waste processing equipment, improves the rate of recovery of rubbish, economizes on resources.
Description of the drawings
By reading with reference to attached drawing to being described in detail made by non-limiting embodiment, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings：
Fig. 1 is a kind of structural schematic diagram of escalator manufacture disposed waste processing equipment of the present invention.
Fig. 2 is a kind of structural plan figure of escalator manufacture disposed waste processing equipment of the present invention.
Fig. 3 is a kind of structural plan figure of automatic classification retracting device of the present invention.
Fig. 4 is a kind of detailed construction schematic diagram of automatic classification retracting device of the present invention.
Fig. 5 is a kind of working state figure of automatic classification retracting device of the present invention.
In figure：Equipment body -1, garbage inlet -2, first grinding device -3, disinfectant import -4, separating twice device -
5, sterilizing and purifying processing unit -6, plant bottom case -7, retracting device -8 of classifying automatically, crust of the device -80, charging induction mechanism -
81, rack and pinion drive mechanism -82, connect motor structure -83, suction device -84, driving motor -85, stainless steel recovering mechanism -86,
Aluminium alloy recovering mechanism -87, plastics recovery mechanism -88, hinge seat -810, induction rod -811, draw bar -812, the first spring -
813, traction rope -814, the first fixed pulley -815, the second fixed pulley -816, slide bar -820, jack rod sleeve -821, the first rack -
822, spur gear -823, the second rack -824, second spring -825, spring base -826, sliding rail -830, sliding part -831,
Dynamic electricity end block -832, movable connecting rod -833, electrostatic end block -834, suction wind turbine -840, blower rack -841, connect electric box -842,
Suction tube -843, suction bucket -844, vomit pipe -845, drain hopper -846, driving swingle -860, strength blower fan -861, no
Becoming rusty, steel recycling hinge -862, stainless steel recycle plate -863, stainless steel recycles pushing block -864, stainless steel recycles spring -865, first
Belt pulley -870, the first driving belt -871, the first deceleration belt pulley -872, the first swingle -873, the first rotating seat -874,
Middle power blower fan -875, aluminium alloy recycling hinge -876, aluminium alloy recycling plate -877, aluminium alloy recycling pushing block -878, aluminium alloy
Recycle spring -879, the second belt pulley -880, the second driving belt -881, the second deceleration belt pulley -882, the second swingle -
883, the second rotating seat -884, low force blower fan -885.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
As Figure 1-Figure 5, the present invention provides a kind of technical solution of escalator manufacture disposed waste processing equipment：
A kind of escalator manufacture disposed waste processing equipment, structure includes equipment body 1, garbage inlet 2, first
Grinding device 3, disinfectant import 4, separating twice device 5, sterilizing and purifying processing unit 6, plant bottom case 7, automatic classification recycling
Device 8, the garbage inlet 2 is set to 1 top of equipment body and is in integrated molding structure with first grinding device 3, described first
Secondary grinding device 3 is obliquely set to 1 right part of equipment body, the disinfectant import 4 be set to the left side of equipment body 1 it is intermediate and with
The first perforation of grinding device 3 connection, horizontal 1 lower part of equipment body that is set to of the separating twice device 5 are but crushed with first
The perforation connection of device 3, the sterilizing and purifying processing unit 6 is set between first grinding device 3, separating twice device 5, described to set
Standby pedestal 7 is set to 1 lower section of equipment body and is connected by electric welding, and it is right that the automatic classification retracting device 8 is set to equipment body 1
Side and by electric welding be connected, the automatic classification retracting device 8 by crust of the device 80, charging induction mechanism 81, gear teeth
Strip transmission mechanism 82 connects motor structure 83, suction device 84, driving motor 85, stainless steel recovering mechanism 86, aluminium alloy recovering mechanism
87, plastics recovery mechanism 88 forms, 80 trapezoidal structure of described device shell, and the charging induction mechanism 81 is set to crust of the device
Inside 80 upper left corners and embedded garbage inlet 2, the rack and pinion drive mechanism 82 be set to charging 81 right side side of induction mechanism and
It is intertwined and connected by traction rope, the motor structure 83 that connects is set on 82 right side side of rack and pinion drive mechanism and by connecting rod activity
Connection, the suction device 84, which is set to, meets 83 right side side of motor structure and by being electrically connected, the driving motor 85 is outside the device
It the 80 inside lower left corner of shell and is electrically connected with motor structure 83 is connect, the stainless steel recovering mechanism 86, aluminium alloy recovering mechanism 87, plastics
Recovering mechanism 88 is set in simultaneously column-shaped inside crust of the device 80, the stainless steel recovering mechanism 86, aluminium alloy recovering mechanism 87, modeling
It is connected by electric welding between material recovering mechanism 88, the charging induction mechanism 81 is by hinge seat 810, induction rod 811, traction
Bar 812, the first spring 813, traction rope 814, the first fixed pulley 815, the second fixed pulley 816 composition, the hinge seat 810 are inlayed
In 80 upper left corner of crust of the device and flexible connection, the induction rod 811 is set to 810 left side side of hinge seat and embedded garbage inlet 2
Inside, the draw bar 812 is set to 810 right side side of hinge seat and one end and hinge seat 810 are by being welded vertical connection, described
First spring 813 is set to 812 lower section of draw bar and is connected by electric welding, the other end and the traction rope 814 of the draw bar 812
One ends wound connection, the other end of the traction rope 814 needle-shaped bypasses the first fixed pulley 815, in bypassing clockwise in the inverse time
Second fixed pulley 816 is intertwined and connected with rack and pinion drive mechanism 82, and the rack and pinion drive mechanism 82 is by slide bar 820, cunning
Rod set 821, the first rack 822, spur gear 823, the second rack 824, second spring 825, spring base 826 form, the slide bar
820 it is in a vertical shape be set to the lower section of the second fixed pulley 816, the jack rod sleeve 821 is set to 820 outer surface of slide bar and is matched using gap
It closes, first rack 822 is set to 821 right side side of jack rod sleeve and is welded by link, and the spur gear 823 is set to the first tooth
It 822 right side side of item and is flexibly connected by gear teeth meshing, second rack 824 is set to 823 right side side of spur gear and passes through wheel
Tooth engagement is flexibly connected, the second spring 825 be set to the top of the second rack 824 and its both ends respectively on the second rack 824
End and spring base 826 are connected by electric welding, and second rack 824 is flexibly connected by connecting rod with motor structure 83 is connect, institute
It states and connects motor structure 83 by sliding rail 830, sliding part 831, dynamic electric end block 832, movable connecting rod 833,834 groups of electrostatic end block
At the sliding part 831 is embedded in 830 inside of sliding rail and is slidably connected, and the dynamic electric end block 832 is set under sliding part 831
It is connected just and by connecting rod, 833 one end of the movable connecting rod is flexibly connected by hinge with dynamic electric end block 832, described
833 other end of movable connecting rod is flexibly connected by hinge with the second rack 824, and the electrostatic end block 834 is set to dynamic electric end block
It 832 left side sides and is electrically connected with suction device 84, driving motor 85, the suction device 84 is by suction wind turbine 840, blower rack
841, it connects electric box 842, suction tube 843, suction bucket 844, vomit pipe 845, drain hopper 846 to form, the suction wind turbine 840 is set to
It meets 83 right side side of motor structure and is electrically connected with electrostatic end block 834 by connecing electric box 842, the blower rack 841 is set to suction wind turbine
It is connected below 840 and by electric welding, 843 one end of the suction tube, which passes through to be welded to penetrate through with suction wind turbine 840, to be connected, the suction
843 other end of expects pipe is set to by being welded perforation connection, the suction bucket 844 inside separating twice device 5 with suction bucket 844,
845 one end of the vomit pipe is with suction wind turbine 840 by being welded perforation connection, 845 other end of the vomit pipe and drain hopper 846
By being welded perforation connection, the stainless steel recovering mechanism 86 is recycled by driving swingle 860, strength blower fan 861, stainless steel
Hinge 862, stainless steel recycling plate 863, stainless steel recycling pushing block 864, stainless steel recycling spring 865 form, the driving rotation
860 one end of bar is flexibly connected with driving motor 85, and the center of driving 860 other end of swingle and strength blower fan 861 is logical
Electric welding vertical connection is crossed, the stainless steel recycling hinge 862 is set to 861 upper right side of strength blower fan, and the stainless steel recycles plate
863 recycle hinge 862 by stainless steel is flexibly connected with aluminium alloy recovering mechanism 87, and the stainless steel recycling pushing block 864 is set to
Stainless steel recycles 863 top of plate and recycles spring 865 by stainless steel and welded with stainless steel recycling hinge 862, the aluminium alloy
Recovering mechanism 87 is by the first belt pulley 870, the first driving belt 871, the first deceleration belt pulley 872, the first swingle 873,
One rotating seat 874, middle power blower fan 875, aluminium alloy recycling hinge 876, aluminium alloy recycling plate 877, aluminium alloy recycle pushing block
878, aluminium alloy recycling spring 879 forms, and first belt pulley 870 is set among driving swingle 860 and by vertically connecting
It connects, set on right section in the first swingle 873 and by being welded vertical connection, described first subtracts first deceleration belt pulley 872
Fast belt pulley 872 engages flexible connection, first swingle 873 1 with the first belt pulley 870 by the first driving belt 871
End embedded first rotating seat 874 internal activity connection, the center of 873 other end of the first swingle and middle power blower fan 875
By being welded vertical connection, the aluminium alloy recycling hinge 876 is set to 873 upper right side of the first swingle, the aluminium alloy recycling
Plate 877 recycles hinge 876 by aluminium alloy and is flexibly connected with plastics recovery mechanism 88, and the aluminium alloy recycling pushing block 878 is set to
Aluminium alloy recycles 877 top of plate and recycles spring 879 by aluminium alloy and welded with aluminium alloy recycling hinge 876, and the plastics return
Mechanism 88 is received by the second belt pulley 880, the second driving belt 881, the second deceleration belt pulley 882, the second swingle 883, second
Rotating seat 884, low force blower fan 885 form, and second belt pulley 880 is set among the first swingle 873 and passes through electric welding
Vertical connection, second deceleration belt pulley 882 are set among the second swingle 883 and by being welded vertical connection, and described the
Two deceleration belt pulleys 882 engage flexible connection, second swingle with the second belt pulley 880 by the second driving belt 881
883 one end are embedded in the connection of 884 internal activity of the second rotating seat, 883 other end of the second swingle and low force blower fan 885
Centrally through electric welding vertical connection.
A kind of escalator manufacture disposed waste processing equipment of the present invention, its working principle is that：In connection power supply
Under the conditions of, the disposed waste that escalator manufacture generates is sent by garbage inlet 2 inside first grinding device 3, is led to simultaneously
It crosses disinfectant import 4 and disinfectant is added, the rubbish of preliminary crushing carries out purified treatment in sterilizing and purifying processing unit 6, then leads to
It crosses separating twice device 5 and carries out separating twice；When disposed waste is by garbage inlet 2, under the gravity of rubbish, will feel
Answering bar 811 to push drives hinge seat 810 in rotation counterclockwise, and the draw bar 812 welded with hinge seat 810 rotates with upward pendulum
One end that is dynamic and pullling traction rope 814, the other end of traction rope 814 are in then the inverse time needle-shaped to bypass the first fixed pulley 815, be in up time
Needle pulls the first rack 822 under the cooperation of jack rod sleeve 821 along 820 upward sliding of slide bar, together after bypassing the second fixed pulley 816
When the first rack 822 drive spur gear 823 in rotating clockwise by the gear teeth, drive second set on 823 right side side of spur gear
Rack 824 moves down, and the second rack 824 pulls dynamic electric the matching in sliding part 831 of end block 832 by movable connecting rod 833 again
It is slided to the left along sliding rail 830 under conjunction, so that electric end block 832 is contacted with electrostatic end block 834, be also turned on suction wind turbine
840, the circuit of driving motor 85；The start-up operation of suction wind turbine 840 passes through the rubbish that separating twice is completed by suction bucket 844
Suction tube 843 is drawn upwards, and is cast rubbish from eminence by vomit pipe 845, drain hopper 846；With the drive for being in working condition
Dynamic motor 85 is welded in driving swingle by driving swingle 860 that strength blower fan 861 is driven to carry out high speed rotation
The first belt pulley 870 among 860 drives the rotation of the first deceleration belt pulley 872, the first deceleration skin by the first driving belt 871
Power blower fan 875 continues middling speed rotation during belt wheel 872 is driven by the first swingle 873 again, while driving and the first swingle
The second belt pulley 880 rotation welded among 873, the second belt pulley 880 drive second to slow down by the second driving belt 881 again
Belt pulley 882 rotates, and the second deceleration belt pulley 882 drives low force blower fan 885 to carry out more at a slow speed by the second swingle 883
Rotation, at this time low force blower fan 885, middle power blower fan 875, strength blower fan 861 suction there are gaps, in thorough powder
More light plastics can be attracted by low force blower fan 885 and collect in broken rubbish, while the aluminium alloy grinding meeting quilt that part is lighter
Attraction is fallen on aluminium alloy recycling plate 877, and the quantity with aluminium alloy grinding increases, and aluminium alloy recycles plate 877 in aluminium alloy
It recycles under the auxiliary of pushing block 878 with the origin of aluminium alloy recycling hinge 876 to lower swing, aluminium alloy recycling pushing block 878 closes aluminium
Aluminium alloy grinding on gold recycling plate 877 falls off, and is attracted by middle power blower fan 875 and collects, while the aluminium alloy of heavier mass
It is attracted collection, and lighter stainless steel grinding can also be fallen by the attraction of middle power blower fan 875 and recycle plate 863 in stainless steel, with
Increasing for stainless steel grinding amount, similarly stainless steel grinding never become rusty steel recycling plate 863 fall off, attracted by strength blower fan 861
It collects, while most heavy stainless steel rubbish attracts collection by strength blower fan 861, is achieved in automatic classification recovering effect.
Problems solved by the invention is that the crushing of the escalator manufacture disposed waste processing equipment of the prior art is not thorough
Bottom is not easy to later stage rubbish reprocessing, can not automatically be carried out to the material of the recyclable recycling such as stainless steel, aluminium alloy, plastics
Classification recycling, the present invention are combined with each other by above-mentioned component, can be automatically to hand steered electricity by being equipped with automatic classification retracting device
The disposed waste that ladder manufacture generates carries out classification recovery processing, utilizes the main component of disposed waste --- and stainless steel, aluminium close
Golden, plastic quality difference carries out classification recycling, is convenient for the recycling of rubbish, effectively enhances escalator and manufactures with useless
The environmental-protecting performance for abandoning refuse treatment plant improves the rate of recovery of rubbish, economizes on resources.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of escalator manufacture disposed waste processing equipment, structure includes equipment body (1), garbage inlet (2), just
Secondary grinding device (3), disinfectant import (4), separating twice device (5), sterilizing and purifying processing unit (6), plant bottom case (7),
Automatic classification retracting device (8), it is characterised in that：The garbage inlet (2) is set to above equipment body (1) and is crushed with first
Device (3) is in integrated molding structure, and the first grinding device (3) is obliquely set to equipment body (1) right part, described to disappear
Toxic agent import (4) is set to intermediate on the left of equipment body (1) and penetrates through connection, the separating twice dress with first grinding device (3)
It sets (5) horizontal equipment body (1) lower part that is set to and but penetrates through connection, the sterilizing and purifying processing with first grinding device (3)
Device (6) is set between first grinding device (3), separating twice device (5), and the plant bottom case (7) is set to equipment body (1)
Lower section and by electric welding be connected, the automatic classification retracting device (8) be set to equipment body (1) right side side and pass through electric welding phase
Connection；
The automatic classification retracting device (8) is by crust of the device (80), charging induction mechanism (81), rack and pinion drive mechanism
(82), motor structure (83), suction device (84), driving motor (85), stainless steel recovering mechanism (86), aluminium alloy recovering mechanism are connect
(87), plastics recovery mechanism (88) forms, and described device shell (80) trapezoidal structure, the charging induction mechanism (81) is set to
Crust of the device (80) upper left corner and embedded garbage inlet (2) inside, the rack and pinion drive mechanism (82), which is set to feed, to be incuded
It (81) right side side of mechanism and is intertwined and connected by traction rope, described to connect motor structure (83) right set on rack and pinion drive mechanism (82)
It side and being flexibly connected by connecting rod, the suction device (84), which is set to, meets motor structure (83) right side side and by being electrically connected,
The driving motor (85) is set to the internal lower left corner of crust of the device (80) and is electrically connected with motor structure (83) is connect, and the stainless steel returns
It receives mechanism (86), aluminium alloy recovering mechanism (87), plastics recovery mechanism (88) and is set to crust of the device (80) inside, institute in simultaneously column-shaped
It states and is connected by electric welding between stainless steel recovering mechanism (86), aluminium alloy recovering mechanism (87), plastics recovery mechanism (88).
2. a kind of escalator manufacture disposed waste processing equipment according to claim 1, it is characterised in that：It is described into
Expect induction mechanism (81) by hinge seat (810), induction rod (811), draw bar (812), the first spring (813), traction rope
(814), the first fixed pulley (815), the second fixed pulley (816) composition, the hinge seat (810) are embedded in crust of the device (80) left side
Upper angle and flexible connection, the induction rod (811) is set to hinge seat (810) left side side and embedded garbage inlet (2) is internal, described
Draw bar (812) is set to hinge seat (810) right side side and one end and hinge seat (810) by electric welding vertical connection, and described the
One spring (813) is set to below draw bar (812) and is connected by electric welding, the other end of the draw bar (812) and traction
It restricts the one ends wound connection of (814), the other end of the traction rope (814) needle-shaped bypasses the first fixed pulley (815), is in the inverse time
It is intertwined and connected clockwise with rack and pinion drive mechanism (82) around the second fixed pulley (816).
3. a kind of escalator manufacture disposed waste processing equipment according to claim 1 or 2, it is characterised in that：Institute
Rack and pinion drive mechanism (82) is stated by slide bar (820), jack rod sleeve (821), the first rack (822), spur gear (823), second
Rack (824), second spring (825), spring base (826) composition, the slide bar (820) is in a vertical shape to be set to the second fixed pulley
(816) lower section, the jack rod sleeve (821) are set to slide bar (820) outer surface and are gap-matched, first rack (822)
It is welded set on jack rod sleeve (821) right side side and by link, the spur gear (823) is set to the first rack (822) right side side
And be flexibly connected by gear teeth meshing, second rack (824) is set to spur gear (823) right side side and is lived by gear teeth meshing
Dynamic connection, the second spring (825) be set to above the second rack (824) and its both ends respectively with the second rack (824) upper end
And spring base (826) is connected by electric welding, second rack (824) is by connecting rod and connects motor structure (83) activity even
It connects.
4. a kind of escalator manufacture disposed waste processing equipment according to claim 1, it is characterised in that：It is described to connect
Motor structure (83) is by sliding rail (830), sliding part (831), dynamic electric end block (832), movable connecting rod (833), electrostatic end block
(834) it forms, the sliding part (831) is internal embedded in sliding rail (830) and is slidably connected, and the dynamic electric end block (832) sets
It is connected below sliding part (831) and by connecting rod, described movable connecting rod (833) one end passes through hinge and dynamic electric end block
(832) it is flexibly connected, movable connecting rod (833) other end is flexibly connected by hinge with the second rack (824), described quiet
Electric end block (834) is set to dynamic electric end block (832) left side side and is electrically connected with suction device (84), driving motor (85).
5. a kind of escalator manufacture disposed waste processing equipment according to claim 1 or 4, it is characterised in that：Institute
State suction device (84) by suction wind turbine (840), blower rack (841), connect electric box (842), suction tube (843), suction bucket
(844), vomit pipe (845), drain hopper (846) composition, the suction wind turbine (840), which is set to, meets motor structure (83) right side side and logical
It crosses and connects electric box (842) and be electrically connected with electrostatic end block (834), the blower rack (841) is set to below suction wind turbine (840) and passes through
Electric welding is connected, and described suction tube (843) one end is with suction wind turbine (840) by being welded perforation connection, the suction tube (843)
The other end is with suction bucket (844) by being welded perforation connection, and the suction bucket (844) is internal set on separating twice device (5), institute
Vomit pipe (845) one end is stated with suction wind turbine (840) by being welded perforation connection, vomit pipe (845) other end and blowing
(846) are struggled against by being welded perforation connection.
6. a kind of escalator manufacture disposed waste processing equipment according to claim 1, it is characterised in that：It is described not
Steel recovering mechanism (86) become rusty by driving swingle (860), strength blower fan (861), stainless steel recycling hinge (862), stainless steel
It recycles plate (863), stainless steel recycling pushing block (864), stainless steel recycling spring (865) to form, the driving swingle (860) one
End be flexibly connected with driving motor (85), it is described drive swingle (860) other end and strength blower fan (861) centrally through
It is welded vertical connection, the stainless steel recycling hinge (862) is set to strength blower fan (861) upper right side, the stainless steel recycling
Plate (863) recycles hinge (862) by stainless steel and is flexibly connected with aluminium alloy recovering mechanism (87), and the stainless steel recycles pushing block
(864) it is set to above stainless steel recycling plate (863) and spring (865) is recycled by stainless steel and recycle hinge (862) with stainless steel
Welding.
7. a kind of escalator manufacture disposed waste processing equipment according to claim 1 or 6, it is characterised in that：Institute
State aluminium alloy recovering mechanism (87) by the first belt pulley (870), the first driving belt (871), the first deceleration belt pulley (872),
First swingle (873), the first rotating seat (874), middle power blower fan (875), aluminium alloy recycling hinge (876), aluminium alloy return
It receives plate (877), aluminium alloy recycling pushing block (878), aluminium alloy recycling spring (879) to form, first belt pulley (870) is set to
It drives swingle (860) intermediate and by vertical connection, first deceleration belt pulley (872) is set to the first swingle (873)
Middle right section and by being welded vertical connection, first deceleration belt pulley (872) passes through the first driving belt (871) and the first skin
Belt wheel (870) engagement flexible connection, the first swingle (873) one end insertion the first rotating seat (874) internal activity connection,
With middle power blower fan (875) centrally through electric welding vertical connection, the aluminium alloy returns first swingle (873) other end
It receives hinge (876) and is set to the first swingle (873) upper right side, the aluminium alloy recycling plate (877) recycles hinge by aluminium alloy
(876) it is flexibly connected with plastics recovery mechanism (88), the aluminium alloy recycling pushing block (878) is set to aluminium alloy recycling plate (877)
Top and pass through aluminium alloy recycle spring (879) with aluminium alloy recycle hinge (876) weld.
8. a kind of escalator manufacture disposed waste processing equipment according to claim 1, it is characterised in that：The modeling
Expect recovering mechanism (88) by the second belt pulley (880), the second driving belt (881), the second deceleration belt pulley (882), the second rotation
Bull stick (883), the second rotating seat (884), low force blower fan (885) composition, second belt pulley (880) are set to the first rotation
Bar (873) is intermediate and by being welded vertical connection, and it is intermediate that second deceleration belt pulley (882) is set to the second swingle (883)
And by being welded vertical connection, second deceleration belt pulley (882) passes through the second driving belt (881) and the second belt pulley
(880) engagement flexible connection, the second swingle (883) one end insertion the second rotating seat (884) internal activity connection are described
Second swingle (883) other end is with low force blower fan (885) centrally through electric welding vertical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810418909.7A CN108453123A (en) | 2018-05-04 | 2018-05-04 | A kind of escalator manufacture disposed waste processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810418909.7A CN108453123A (en) | 2018-05-04 | 2018-05-04 | A kind of escalator manufacture disposed waste processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108453123A true CN108453123A (en) | 2018-08-28 |
Family
ID=63215129
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810418909.7A Withdrawn CN108453123A (en) | 2018-05-04 | 2018-05-04 | A kind of escalator manufacture disposed waste processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108453123A (en) |
-
2018
- 2018-05-04 CN CN201810418909.7A patent/CN108453123A/en not_active Withdrawn
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN210393527U (en) | Inclined type hoister | |
| CN205634268U (en) | Discharge helping hand dolly | |
| CN103811724A (en) | Lead-acid storage battery tubular plate powder filling device | |
| CN108816502B (en) | A kind of environment-friendly type transmission rotation equipment for removing ferric ion | |
| CN215234875U (en) | Crushing device for recycling construction waste | |
| CN108453123A (en) | A kind of escalator manufacture disposed waste processing equipment | |
| CN108855523A (en) | A kind of escalator manufacture disposed waste processing equipment | |
| CN206758600U (en) | A kind of chain-type electrokinetic cell disassembles reclaimer | |
| CN110292992B (en) | Slag remover for recovering magnetic slag | |
| CN108995279A (en) | A kind of efficient waste metal sorting packaging system and its sorting packaging method | |
| CN107264550A (en) | It is a kind of to carry out the automobile-used wagon box of mine motor of thorough discharging | |
| CN209097494U (en) | A kind of portable building waste cleaning pack transport device | |
| CN208776276U (en) | A kind of construction fork truck with pusher | |
| CN212026068U (en) | Sweeper is retrieved to iron ore concentrate | |
| CN211077488U (en) | Intelligent iron remover grab trolley | |
| CN110433905B (en) | Classification box for urban solid waste management | |
| CN212914765U (en) | Sewage treatment garbage recycling device | |
| CN110745404B (en) | High-speed railway is with convertible waste classification collection car | |
| CN211247374U (en) | Ore dressing is with colliery categorised collection device | |
| CN108104023B (en) | A kind of suction nozzle of sweeping car and sweeping machine | |
| CN209988618U (en) | Grit conveyer belt clout recovery unit | |
| CN210392345U (en) | Plastic bottle recycling bin | |
| CN114100752A (en) | Energy-concerving and environment-protective material processing equipment for building engineering | |
| CN113926537A (en) | Intelligent garbage recycling device for decoration engineering | |
| CN206677796U (en) | A kind of shot recycling vehicle for shot blasting machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180828 |
|
| WW01 | Invention patent application withdrawn after publication |