CN108246766A - A kind of building waste reclaimer - Google Patents

A kind of building waste reclaimer Download PDF

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Publication number
CN108246766A
CN108246766A CN201810021117.6A CN201810021117A CN108246766A CN 108246766 A CN108246766 A CN 108246766A CN 201810021117 A CN201810021117 A CN 201810021117A CN 108246766 A CN108246766 A CN 108246766A
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CN
China
Prior art keywords
transverse slat
support
plate
block
welded
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Granted
Application number
CN201810021117.6A
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Chinese (zh)
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CN108246766B (en
Inventor
邓建芳
刘小桂
武苏岩
邱章伟
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Linyi Ziwang Building Materials Technology Co ltd
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Individual
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Priority to CN201810021117.6A priority Critical patent/CN108246766B/en
Publication of CN108246766A publication Critical patent/CN108246766A/en
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Publication of CN108246766B publication Critical patent/CN108246766B/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B09DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
    • B09BDISPOSAL OF SOLID WASTE NOT OTHERWISE PROVIDED FOR
    • B09B3/00Destroying solid waste or transforming solid waste into something useful or harmless
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B09DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
    • B09BDISPOSAL OF SOLID WASTE NOT OTHERWISE PROVIDED FOR
    • B09B3/00Destroying solid waste or transforming solid waste into something useful or harmless
    • B09B3/20Agglomeration, binding or encapsulation of solid waste
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00Technologies for solid waste management
    • Y02W30/50Reuse, recycling or recovery technologies
    • Y02W30/58Construction or demolition [C&D] waste

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  • Engineering & Computer Science (AREA)
  • Environmental & Geological Engineering (AREA)
  • Processing Of Solid Wastes (AREA)
  • Crushing And Pulverization Processes (AREA)

Abstract

The invention discloses a kind of building waste reclaimers, its structure includes auxiliary rotation axis, side isolation plate, lattice baffle, support conveyer belt, auxiliary wheel, power cord, driving motor, feed hopper, recycling pulverizer, discharge port, integrator, recycling support post, bracing diagonal, transmission support post, universal wheel, support base, lattice baffle is equipped with the outer surface that more than two and lower end is welded in support conveyer belt, the lower mechanical of support conveyer belt is connected to the outer surface of auxiliary rotation axis, beneficial effects of the present invention:By increasing integrator in equipment, after staff carries out the preliminary sorting of building waste, when equipment carries out the recycling operation of building waste, its rubbish can be crushed and be compressed, become bulk, and reduce the generation of equipment dust and reduce the workload of staff, greatly increase the practicability of its equipment.

Description

A kind of building waste reclaimer
Technical field
The present invention is a kind of building waste reclaimer, belongs to Architectural Equipment garbage reclamation processing equipment field.
Background technology
Many wastes in building waste are sorted, reject or crush after, be that can be used as regenerated resources again mostly Utilize, such as steel scrap muscle, waste iron wire, waste electric wire and various steel scrap accessory metals, it is sorted, concentrate, melt down again after, can be with Reprocessing is manufactured into the steel of various specifications;Useless bamboo wood material then can be used for manufacturing imitation wood;The waste materials such as brick, stone, concrete After crushing
In the prior art, equipment is in building waste recycling operation is carried out, after artificial progress is tentatively sorted, equipment meeting It can not be recycled to the secondary material used and crush recycling operation, and in equipment availability, powder is usually ground into, It in subsequent collection processing, brings greater inconvenience, staff is needed to pay extra work amount, so as to be collected place Reason, can not by its it is whole pick up as block, not only waste its working time and greatly increase the workload of its staff.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of building waste reclaimer, it is existing to solve Have in technology, equipment is in building waste recycling operation is carried out, and after artificial progress is tentatively sorted, equipment can not return it It receives the secondary material used and crushes recycling operation, and in equipment availability, powder is usually ground into, in subsequent receipts It in collection processing, brings greater inconvenience, staff is needed to pay extra work amount, so as to be collected processing, can not incite somebody to action Its is whole to pick up as block, the problem of not only wasting its working time and greatly increase the workload of its staff.
To achieve these goals, the present invention is to realize by the following technical solutions:A kind of building waste recycling is set Standby, structure includes auxiliary rotation axis, side isolation plate, lattice baffle, support conveyer belt, auxiliary wheel, power cord, transmission electricity Machine, feed hopper, recycling pulverizer, discharge port, integrator, recycling support post, bracing diagonal, transmission support post, universal wheel, Support base, the lattice baffle are equipped with the outer surface that more than two and lower end is welded in support conveyer belt, the support conveyer belt Lower mechanical be connected to auxiliary rotation axis outer surface, it is described auxiliary rotation axis left and right ends be installed in support base inner wall Lower end, the upper end of the support base is welded in the lower end of side isolation plate, the auxiliary wheel set there are four and upper end spiral shell Silk is connected to the rear and front end of support base lower end, and the rear end of the driving motor is welded on the upside of the front end of support base, institute The lower end for stating support base is welded in the upper end of transmission support post, and the lower end of the driving motor is passed by power cord and support Band is sent to be connected, the universal wheel set there are four and threaded upper ends connection transmission support post lower end, the transmission support is vertical The rear and front end of column is equipped with bracing diagonal, and the right end of the transmission support post is welded in the left end of recycling support post, described The upper end of recycling support post is installed in the outer surface of recycling pulverizer, and the upper gap of the feed hopper is matched with support transmission Right side with upper end, the front end of the recycling pulverizer are installed in the rear end of discharge port, are welded in the middle part of the discharge port whole The inside of clutch, the integrator include protection shell, left side pushing mechanism, the first sensing propulsion device, damping spring, spring Transverse slat, support vertical pivot, vertical pivot reinforcing rib, lower pressure transverse slat, connection outline border, second sensing propulsion device, right side pushing mechanism, on Pressure transverse slat, compression spring, Universal active block are welded in the upper end of support vertical pivot, institute in the middle part of the lower pressure transverse slat lower end The left and right ends for stating support vertical pivot are connected by vertical pivot reinforcing rib with the lower end of lower pressure transverse slat, the lower end of the support vertical pivot Be installed in the upper end of spring transverse slat, the damping spring set there are two and upper mechanical be connected to the left and right two of spring transverse slat lower end It holds, the upper end on the left of the second sensing propulsion device is welded on the right side of the lower pressure transverse slat lower end, second sensing promotes The left side of right side pushing mechanism lower end is installed on the right side of device upper end, first is welded on the left of the lower pressure transverse slat lower end Sense the right side of propulsion device lower end, be mechanically connected under the pushing mechanism of left side on the upside of the first sensing propulsion device right end The right side at end, the left and right ends of the compression spring are installed in left side pushing mechanism and right side pushing mechanism, the left side respectively The lower end of pushing mechanism and right side pushing mechanism is movably connected on the upper end of Universal active block, the lower end weldering of the Universal active block The middle part of pressure transverse slat upper end is connected to, the left and right ends of upper pressure transverse slat and the left and right ends of lower pressure transverse slat are assembled on connecting Connect the outer surface inside outline border.
Further, the upper mechanical of the recycling pulverizer is connected to the lower end of feed hopper.
Further, it is described first sensing propulsion device include left side extension convex block, transmission balance guide plate, driven pulley, Idler wheel convex block, circular arc convex block, live roller, connecting rope, groove driver plate, extension supporting block, lower rope link block, upper rope connection Block, T-shaped balance guide plate, support guide plate, guide plate guide rail, circular arc guide plate, support pressure cross bar, left pressure transverse slat.
Further, the upper end of the left side extension convex block is installed in the left side of lower pressure transverse slat lower end, and the left side is prolonged The lower gap for stretching convex block is matched with the upper end that transmission balances the right side of guide plate, and the left side upper end of the transmission balance guide plate matches Together in the lower end of idler wheel convex block, the left end of the idler wheel convex block is welded in the right end of live roller, the upper end of the live roller The lower end of circular arc convex block is installed in, the upper gap of the circular arc convex block is matched with the lower end of groove driver plate, and the groove passes The upper end of movable plate is welded in the lower end of extension supporting block, and the right end of the extension supporting block is installed in the left end of lower rope link block, The right end of the lower rope link block is connected by connecting rope with the lower end of upper rope link block, and the outer surface of the driven pulley is set There is connecting rope, the upper end of the upper rope link block is welded in the lower end of support guide plate, the rear robot connection of the support guide plate In the front end of guide plate guide rail, the left end clearance fit of the support guide plate is described T-shaped flat in the T-shaped upper end balanced on the right side of guide plate By circular arc guide plate with the left end of pressure cross bar is supported to match, the right end of the support pressure cross bar welds for the upper end of weighing apparatus guide plate In the middle part of the left end of left pressure transverse slat, the left pressure transverse slat upper and lower ends are installed in a left side for lower pressure transverse slat and upper pressure transverse slat End.
Further, the second sensing propulsion device includes right pressure transverse slat, connection pressure transverse slat, connection tooth plate, one Number screw thread latch wheel, screw thread montant, No. two screw thread latch plates, T-shaped latch plate, right side extension convex block.
Further, the upper end of right side extension convex block is installed on the right side of the lower pressure transverse slat lower end, the right side is prolonged The lower end for stretching convex block is welded in upper end on the left of T-shaped latch plate, and the right end of the T-shaped latch plate is meshed in No. two screw thread latches The left end of plate, the front end of No. two screw threads latch plate are meshed by screw thread montant with the rear end of No.1 screw thread latch wheel, institute The upper end for stating No.1 screw thread latch wheel is meshed with connecting the lower end of tooth plate, and the left end of the connection tooth plate is welded in connection pressure The right end of transverse slat, the left end of the connection pressure transverse slat is installed in the middle part of the right end of pressure transverse slat, two above and below the pressure transverse slat The left side clearance fit at end is in lower pressure transverse slat and the right end of upper pressure transverse slat.
Further, the left side pushing mechanism includes the first push rod, left side movable block, left side activity fixed block, transmission Screw thread wheel, threaded drive rod, driving belt, No.1 gear, transmission latch plate, latch support plate, left side reinforcing rib, Left-side support Transverse slat.
Further, the right end of the Left-side support transverse slat is welded in the upside of left pressure transverse slat left end, and the left side adds Strengthening tendons set there are two and are installed in the upper and lower ends of Left-side support transverse slat, and the upper end on the left of the Left-side support transverse slat is welded in card The lower end of tooth support plate, the right side mechanical of the latch support plate are connected to the left end of transmission latch plate, the transmission latch plate Upper end be meshed in the lower end of No.1 gear, the front end of the No.1 gear passes through the front end of driving belt and motion thread wheel It is connected, the rear end of the motion thread wheel is meshed in the front end of threaded drive rod, and the right end of the threaded drive rod welds In the left end of left side activity fixed block, the right end of the left side activity fixed block is equipped with left side movable block, the left side movable block Right end be mechanically connected to the upper end of the first push rod, the right end of the compression spring is installed in the left end of the movable fixed block in left side.
Further, the right side pushing mechanism includes the second push rod, right side movable block, right side activity fixed block, transmission Link block, fixed push rod, No. two gears, half latch plate, tooth plate guide plate, lateral push rod, fixed circle wheel, fan-shaped snap-gauge, activity push away Bar, transmission movable block, grooved rail, extension reinforcing plate, Right side support transverse slat, right side reinforcing rib.
Further, the right end of the right pressure transverse slat is welded in the left end of Right side support transverse slat, the right side reinforcing rib If there are two and be installed in the upper and lower ends of Right side support transverse slat, the upper end on the right side of the Right side support transverse slat be welded in extension plus The lower end of strong plate, in movable push bar, the upper end of the movable push bar is installed in admittedly the left side clearance fit of the extension reinforcing plate The front end of fixed circle wheel, the front end of the fixed circle wheel are connected by movable push bar with the upper end of movable push bar, and the activity pushes away The lower end of bar is movably connected on the right end of transmission movable block, and the left end of the transmission movable block is welded in the right end of lateral push rod, For the left end screw connection of the transverse direction push rod on the downside of the right end of tooth plate guide plate, the upper end of the tooth plate guide plate is welded in half latch The lower end of plate, the upper end of the half latch plate are meshed in the lower end of No. two gears, and front end and the transmission of No. two gears connect The right end for connecing block is matched by fixed push rod, and the left end of the drive connection block is installed in the movable fixed block in right side, the right side The left end of side activity fixed block is equipped with right side movable block, and the lower end of the right side movable block is movably connected on the upper of the second push rod End.
Further, the lower end of the first push rod and the second push rod is movably connected on the upper end of Universal active block.
Further, the recycling support post is all provided with there are four with transmission support post and is mutually parallel two-by-two.
Advantageous effect
A kind of building waste reclaimer of the present invention, when equipment is needed to carry out building waste recycling operation, staff Equipment first should be moved to designated position, and be electrified, for equipment when carrying out recycling building waste, staff should be first The preliminary wherein reusable material of sorting, the material that can not be reused can be directly placed on support conveyer belt, lattice gear Plate will be such that it up transports, and finally fall in feed hopper, and be crushed by recycling pulverizer, then be arranged from discharge port Go out, when building waste, which stays, to be integrated inside device, it will it is blocked, and kept here by interior panelling lattice, and when internal rubbish reaches one During constant volume, lower pressure transverse slat will will be downward because of gravity, and equipment is supported by vertical pivot reinforcing rib and support vertical pivot, and subtracted Shake spring is beneficial to lower pressure transverse slat and keeps balance, and when support transverse slat moves downward instantly, left side extension convex block prolongs with right side Stretching convex block will move downward, and when extension convex block moves downward when left side, transmission balance guide plate can be driven to tilt upwards, by being driven The promotion of guide plate is balanced, idler wheel convex block can make its live roller drive circular arc convex block to left movement, and make groove driver plate to the left Movement finally makes its lower rope link block that connecting rope be pulled to drive link block of restricting thereon, makes it that guide plate be supported to follow its guide plate guide rail It moves downward, and its T-shaped balance guide plate is made to tilt upwards, finally push left pressure transverse slat, it, will when pressure transverse slat moves right Left side reinforcing rib can be driven to be moved right with Left-side support transverse slat, so as to transmission latch plate be driven to transport to the right by latch support plate It is dynamic, it is rotated by No.1 gear, and its motion thread wheel is driven to rotate by driving belt, due to motion thread wheel and screw-driven Bar is meshed, and threaded drive rod will move right at this time, and pushes the movable fixed block in its left side, the effect of movable block in left side Under, the first push rod will push down on, and when right side extension convex block moves downward, its T-shaped latch plate can be pushed to move downward, Make its No.1 screw thread latch wheel that will be rotated simultaneously with screw thread montant and No. two screw thread latch plates, under the action of tooth plate is connected, At this point, right pressure transverse slat will push to the left, and when right pressure transverse slat is to left movement, strengthen in Right side support horizontal stroke version and right side Under the action of muscle, extension reinforcing plate fan-shaped snap-gauge will be pushed to move to the left, and under the action of lateral push rod, tooth plate guide plate with Half latch plate can be tilted to the right, and make secondly the rotation of number gear, it is made to fix push rod and pushes the movable fixed block in its right side to left movement, And under the action of the movable block of right side, the second push rod will push down on, under being pushed while the first push rod and the second push rod, Upper pressure transverse slat, which will synchronize, to be moved downward, while left pressure transverse slat and right pressure transverse slat and upper pressure transverse slat under effect, Building waste inside integrator will be extruded, and form metastable bulk, at this point, staff will preferably by Its building waste clear up and neatly, will be discharged in the building waste compressed from the inside of integrator:By in equipment On increase integrator, after staff carries out the preliminary sorting of building waste, equipment carries out the recycling operation of building waste When, its rubbish can be crushed and be compressed, become bulk, and reduce the generation of equipment dust and reduce work The workload of personnel greatly increases the practicability of its equipment.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:
Fig. 1 is a kind of structure diagram of building waste reclaimer of the present invention.
Fig. 2 is a kind of structure diagram of the integrator of building waste reclaimer of the present invention.
Fig. 3 is the first sensing propulsion device of integrator of the present invention and the structure diagram of right side pushing mechanism.
Fig. 4 is the left side pushing mechanism of integrator of the present invention and the structure diagram of the second sensing propulsion device.
Fig. 5 is the structure diagram of the working condition of integrator of the present invention.
In figure:Assist rotation axis -1, side isolation plate -2, lattice baffle -3, support conveyer belt -4, auxiliary wheel -5, power supply Line -6, feed hopper -8, recycling pulverizer -9, discharge port -10, integrator -11, recycling support post -12, adds driving motor -7 Strong brace -13, transmission support post -14, -15 reinforcing rib -16 of universal wheel, protection shell -1101, left side pushing mechanism -1102, First sensing propulsion device -1103, damping spring -1104, spring transverse slat -1105, support vertical pivot -1106, vertical pivot reinforcing rib - 1107th, lower pressure transverse slat -1108, connection outline border -1109, second sensing propulsion device -1110, right side pushing mechanism -1111, on Pressure transverse slat -1112, compression spring -1113, Universal active block -1114, left side extension convex block -110301, transmission balance guide plate - 110302nd, driven pulley -110303, idler wheel convex block -110304, circular arc convex block -110305, live roller -110306, connection Rope -110307, groove driver plate -110308, extension supporting block -110309, lower rope link block -110310, upper rope link block - 110311st, T-shaped balance guide plate -110312, support guide plate -110313, guide plate guide rail -110314, circular arc guide plate -110315, branch Bulging power cross bar -110316, right pressure transverse slat -111001, connection pressure transverse slat -111002, connects left pressure transverse slat -110317 Connect tooth plate -111003, No.1 screw thread latch wheel -111004, -111005, No. two screw thread latch plates -111006 of screw thread montant, T-shaped Latch plate -111007, right side extension convex block -111008, the first push rod -110201, left side movable block -110202, left side activity Fixed block -110203, motion thread wheel -110204, threaded drive rod -110205, driving belt -110206, No.1 gear - 110207th, transmission latch plate -110208, latch support plate -110209, left side reinforcing rib -110210, Left-side support transverse slat - 110211st, the second push rod -111101, right side movable block -111102, right side activity fixed block -111103, drive connection block - 111104th, it fixes push rod -111105, No. two gears -111106, half latch plate -111107, tooth plate guide plate -111108, laterally push away Bar -111109, fixed circle wheel -111110, fan-shaped snap-gauge -111111, movable push bar -111112, transmission movable block -111113, Grooved rail -111114, extension reinforcing plate -111115, Right side support transverse slat -111116, right side reinforcing rib -111117.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, with reference to Specific embodiment, the present invention is further explained.
It please refers to Fig.1 to Fig. 5, the present invention provides a kind of building waste reclaimer:Its structure include auxiliary rotation axis 1, Side isolation plate 2, lattice baffle 3, support conveyer belt 4, auxiliary wheel 5, power cord 6, driving motor 7, feed hopper 8, recycling crush Machine 9, discharge port 10, integrator 11, recycling support post 12, bracing diagonal 13, transmission support post 14, universal wheel 15, support Pedestal 16, the lattice baffle 3 are equipped with the outer surface that more than two and lower end is welded in support conveyer belt 4, the support conveyer belt 4 Lower mechanical be connected to auxiliary rotation axis 1 outer surface, it is described auxiliary rotation axis 1 left and right ends be installed in support base 16 The lower end of inner wall, the upper end of the support base 16 are welded in the lower end of side isolation plate 2, there are four the auxiliary wheel 5 is set And upper end screw connection, in the rear and front end of 16 lower end of support base, the rear end of the driving motor 7 is welded in support base 16 Front end on the upside of, the lower end of the support base 16 is welded in the upper end of transmission support post 14, the lower end of the driving motor 7 By power cord 6 with support conveyer belt 4 be connected, the universal wheel 15 set there are four and threaded upper ends connection transmission support post 14 lower end, the rear and front end of the transmission support post 14 are equipped with bracing diagonal 13, the right end of the transmission support post 14 The left end of recycling support post 12 is welded in, the upper end of the recycling support post 12 is installed in the outer surface of recycling pulverizer 9, The upper gap of the feed hopper 8 is matched with the right side of 4 upper end of support conveyer belt, and the front end of the recycling pulverizer 9 is installed in The rear end of discharge port 10, the middle part of the discharge port 10 are welded in the inside of integrator 11, and it is outer that the integrator 11 includes protection Shell 1101, left side pushing mechanism 1102, first sense propulsion device 1103, damping spring 1104, spring transverse slat 1105, support and erect Axis 1106, vertical pivot reinforcing rib 1107, lower pressure transverse slat 1108, connection outline border 1109, second senses propulsion device 1110, right side pushes away Motivation structure 1111, upper pressure transverse slat 1112, compression spring 1113, Universal active block 1114, lower 1108 lower end of pressure transverse slat Middle part be welded in support vertical pivot 1106 upper end, it is described support vertical pivot 1106 left and right ends by vertical pivot reinforcing rib 1107 with The lower end of lower pressure transverse slat 1108 is connected, and the lower end of the support vertical pivot 1106 is installed in the upper end of spring transverse slat 1105, institute State damping spring 1104 set there are two and upper mechanical be connected to the left and right ends of 1105 lower end of spring transverse slat, the lower pressure is horizontal The upper end in 1110 left side of the second sensing propulsion device, the second sensing propulsion device 1110 are welded on the right side of 1108 lower end of plate The left side of right side 1111 lower end of pushing mechanism is installed on the right side of upper end, is welded on the left of lower 1108 lower end of pressure transverse slat First senses the right side of 1103 lower end of propulsion device, and a left side is mechanically connected on the upside of the first sensing 1103 right end of propulsion device The right side of 1102 lower end of side pushing mechanism, the left and right ends of the compression spring 1113 are installed in left side pushing mechanism 1102 respectively With right side pushing mechanism 1111, the lower end of the left side pushing mechanism 1102 and right side pushing mechanism 1111 is movably connected on universal The upper end of movable block 1114, the lower end of the Universal active block 1114 are welded in the middle part of 1112 upper end of pressure transverse slat, upper pressure The left and right ends of power transverse slat 1112 are assembled on connecting the appearance inside outline border 1109 with the left and right ends of lower pressure transverse slat 1108 Face, the upper mechanical of the recycling pulverizer 9 are connected to the lower end of feed hopper 8, and the first sensing propulsion device 1103 includes Left side extension convex block 110301, transmission balance guide plate 110302, driven pulley 110303, idler wheel convex block 110304, circular arc convex block 110305th, live roller 110306, connecting rope 110307, groove driver plate 110308, extension supporting block 110309, lower rope connection Block 110310, upper rope link block 110311, T-shaped balance guide plate 110312, support guide plate 110313, guide plate guide rail 110314, circle Arc guide plate 110315, support pressure cross bar 110316, left pressure transverse slat 110317, the upper end of the left side extension convex block 110301 The left side of lower 1108 lower end of pressure transverse slat is installed in, the lower gap of the left side extension convex block 110301 is matched with transmission balance The upper end on the right side of guide plate 110302, the left side upper end of the transmission balance guide plate 110302 match together in idler wheel convex block 110304 Lower end, the left end of the idler wheel convex block 110304 is welded in the right end of live roller 110306, the live roller 110306 Upper end be installed in the lower end of circular arc convex block 110305, the upper gap of the circular arc convex block 110305 is matched with groove driver plate 110308 lower end, the upper end of the groove driver plate 110308 are welded in the lower end of extension supporting block 110309, the extension The right end of supporting block 110309 is installed in the left end of lower rope link block 110310, and the right end of the lower rope link block 110310 passes through Connecting rope 110307 is connected with the lower end of upper rope link block 110311, and the outer surface of the driven pulley 110303 is equipped with connection Rope 110307, the upper end of the upper rope link block 110311 are welded in the lower end of support guide plate 110313, the support guide plate 110313 rear robot is connected to the front end of guide plate guide rail 110314, the left end clearance fit of the support guide plate 110313 in The upper end on T-shaped 110312 right side of balance guide plate, the upper end of the T-shaped balance guide plate 110312 pass through circular arc guide plate 110315 and branch The left end of bulging power cross bar 110316 matches, and the right end of the support pressure cross bar 110316 is welded in left pressure transverse slat In the middle part of 110317 left end, left 110317 upper and lower ends of pressure transverse slat are installed in lower pressure transverse slat 1108 and upper pressure transverse slat 1112 left end, the second sensing propulsion device 1110 include right pressure transverse slat 111001, connection pressure transverse slat 111002, connect Connect tooth plate 111003, No.1 screw thread latch wheel 111004, screw thread montant 111005, No. two screw thread latch plates 111006, T-shaped latches Plate 111007, right side extend convex block 111008, and extension convex block in right side is installed on the right side of lower 1108 lower end of pressure transverse slat 111008 upper end, the lower end of the right side extension convex block 111008 is welded in the upper end in T-shaped 111007 left side of latch plate, described The right end of T-shaped latch plate 111007 is meshed in the left end of No. two screw thread latch plates 111006, No. two screw threads latch plate 111006 front end is meshed by screw thread montant 111005 with the rear end of No.1 screw thread latch wheel 111004, the No.1 screw thread The upper end of latch wheel 111004 is meshed with connecting the lower end of tooth plate 111003, and the left end of the connection tooth plate 111003 is welded in The right end of pressure transverse slat 111002 is connected, the left end of the connection pressure transverse slat 111002 is installed in the right side of pressure transverse slat 111001 End middle part, the left side clearance fit of 111001 upper and lower ends of pressure transverse slat is in lower pressure transverse slat 1108 and upper pressure transverse slat 1112 right end, the left side pushing mechanism 1102 are consolidated including the first push rod 110201, left side movable block 110202, left side activity Determine block 110203, motion thread wheel 110204, threaded drive rod 110205, driving belt 110206, No.1 gear 110207, pass Dynamic latch plate 110208, latch support plate 110209, left side reinforcing rib 110210, Left-side support transverse slat 110211, the left side The right end of support transverse slat 110211 is welded in the upside of left 110317 left end of pressure transverse slat, and the left side reinforcing rib 110210 is equipped with Two and the upper and lower ends of Left-side support transverse slat 110211 are installed in, the upper end welding in 110211 left side of Left-side support transverse slat In the lower end of latch support plate 110209, the right side mechanical of the latch support plate 110209 is connected to transmission latch plate 110208 Left end, the upper end of the transmission latch plate 110208 is meshed in the lower end of No.1 gear 110207, the No.1 gear 110207 front end is connected by driving belt 110206 with the front end of motion thread wheel 110204, the motion thread wheel 110204 rear end is meshed in the front end of threaded drive rod 110205, and the right end of the threaded drive rod 110205 is welded in a left side The left end of side activity fixed block 110203, the right end of the left side activity fixed block 110203 are equipped with left side movable block 110202, The right end of the left side movable block 110202 is mechanically connected to the upper end of the first push rod 110201, the right side of the compression spring 1113 End is installed in the left end of the movable fixed block 110203 in left side, and the right side pushing mechanism 1111 includes the second push rod 111101, the right side 111105, No. two side movable block 111102, right side activity fixed block 111103, drive connection block 111104, fixed push rod gears 111106th, half latch plate 111107, tooth plate guide plate 111108, lateral push rod 111109, fixed circle wheel 111110, fan-shaped snap-gauge 111111st, movable push bar 111112, transmission movable block 111113, grooved rail 111114, extension reinforcing plate 111115, right side branch Transverse slat 111116, right side reinforcing rib 111117 are supportted, the right end of the right pressure transverse slat 111001 is welded in Right side support transverse slat 111116 left end, the right side reinforcing rib 111117 set there are two and are installed in up and down the two of Right side support transverse slat 111116 End, the upper end on 111116 right side of Right side support transverse slat are welded in the lower end of extension reinforcing plate 111115, and the extension is strengthened The left side clearance fit of plate 111115 is installed in fixed circle wheel in movable push bar 111112, the upper end of the movable push bar 111112 111110 front end, the front end of the fixed circle wheel 111110 pass through the upper end of movable push bar 111112 and movable push bar 111112 It is connected, the lower end of the movable push bar 111112 is movably connected on the right end of transmission movable block 111113, the transmission activity The left end of block 111113 is welded in the right end of lateral push rod 111109, and the left end screw connection of the transverse direction push rod 111109 is in tooth On the downside of the right end of plate guide plate 111108, the upper end of the tooth plate guide plate 111108 is welded in the lower end of half latch plate 111107, institute The upper end for stating half latch plate 111107 is meshed in the lower end of No. two gears 111106, the front end of No. two gears 111106 with The right end of drive connection block 111104 is matched by fixed push rod 111105, the left end installing of the drive connection block 111104 In right side activity fixed block 111103, the left end of the right side activity fixed block 111103 is equipped with right side movable block 111102, institute The lower end for stating right side movable block 111102 is movably connected on the upper end of the second push rod 111101, and the first push rod 110201 is pushed away with second The lower end of bar 111101 is movably connected on the upper end of Universal active block 1114, the recycling support post 12 and transmission support post 14 are all provided with there are four and are mutually parallel two-by-two.
Universal wheel 15 described in this patent is exactly so-called movable castor, its structure tolerable injury level 360 degree rotation.Castor It is a general designation, including movable castor and rigid castors.Rigid castors do not have rotational structure, it is impossible to which horizontally rotating vertically to turn It is dynamic.Both castors are typically all collocation, for example the structure of trolley is two, front fast pulley, and back is helped close to promotion Hand is two movable universal wheels.
Carry out in use, staff should first confirm a kind of building waste reclaimer whether can normal use, and Whether integrator 11 damages, and after no problem is confirmed, this equipment will can be used normally, and is returned equipment is needed to carry out building waste When being incorporated as industry, equipment first should be moved to designated position, and be electrified by staff, and equipment is carrying out recycling building rubbish During rubbish, staff the preliminary wherein reusable material of sorting, the material that can not be reused can first should be directly placed at Support conveyer belt 4 on, lattice baffle 3 will be such that it up transports, and finally fall in feed hopper 8, and by recycling pulverizer 9 into Row crushes, then is discharged from discharge port 10, when building waste, which stays, is integrated 11 inside of device, it will it is blocked by interior panelling lattice, and Keep here, and when internal rubbish reaches certain capacity, lower pressure transverse slat 1108 will will be downward because of gravity, and strengthened by vertical pivot Muscle 1107 supports equipment with support vertical pivot 1106, and damping spring 1104 is beneficial to lower pressure transverse slat 1108 and keeps balance, Instantly when support transverse slat 1108 moves downward, left side extends convex block 110301 and will be transported downwards with right side extension convex block 111008 It is dynamic, when extension convex block 110301 moves downward when left side, transmission balance guide plate 110302 can be driven to tilt upwards, balanced by transmission The promotion of guide plate 110302, idler wheel convex block 110304 can make its live roller 22030006 that circular arc convex block 110305 be driven to transport to the left It is dynamic, and groove driver plate 110308 is made finally to make its lower rope link block 110310 that connecting rope 110307 be pulled to drive to left movement Rope link block 110311 thereon makes it support guide plate 110313 that its guide plate guide rail 110314 is followed to move downward, and makes its T-shaped flat The guide plate 110312 that weighs tilts upwards, left pressure transverse slat 110317 is finally pushed, when pressure transverse slat 110317 moves right, it will Left side reinforcing rib 110210 is driven to be moved right with Left-side support transverse slat 110211, so as to drive biography by latch support plate 110209 Dynamic latch plate 110208 moves right, and is rotated by No.1 gear 110207, and it is driven to be driven spiral shell by driving belt 110206 Line wheel 110204 rotates, since motion thread wheel 110204 is meshed with threaded drive rod 110205, threaded drive rod at this time 110205 will move right, and push the movable fixed block 110203 in its left side, under the action of left side movable block 110202, the One push rod 110201 will push down on, and when right side extension convex block 111008 moves downward, its T-shaped latch plate can be pushed 111007 move downward, and make its No.1 screw thread latch wheel 111004 and screw thread montant 111005 and No. two screw thread latch plates 111006 It will rotate, under the action of tooth plate 111003 is connected, at this point, right pressure transverse slat 111001 will push to the left, and work as simultaneously When right pressure transverse slat 111001 is to left movement, under the action of Right side support horizontal stroke version 111116 and right side reinforcing rib 111117, prolong Fan-shaped snap-gauge 111111 will be pushed to left movement, and under the action of lateral push rod 111109 by stretching reinforcing plate 111115, tooth plate Guide plate 111108 can be tilted to the right with half latch plate 111107, make secondly number gear 111106 rotates, its is made to fix push rod 111105 push the movable fixed block 111103 in its right side, and to left movement, and under the action of right side movable block 111102, second pushes away Bar 111101 will push down on, under being pushed while the first push rod 110201 and the second push rod 111101, upper pressure transverse slat 1112 will synchronize and move downward, in the same of left pressure transverse slat 110307 and right pressure transverse slat 111001 and upper pressure transverse slat 1112 Under Shi Zuoyong, the building waste inside integrator 11 will be extruded, and form metastable bulk, at this point, staff Preferably its building waste will clear up and neatly, will be arranged in the building waste compressed from the inside of integrator 11 Go out.
The present invention solves the problems, such as that in the prior art equipment is in building waste recycling operation is carried out, in artificial progress After preliminary sorting, it can not be recycled the secondary material used and crush recycling operation by equipment, and in equipment availability, often Powder is often ground into, in subsequent collection processing, brings greater inconvenience, staff is needed to pay extra work Amount, so as to be collected processing, can not by its it is whole pick up as block, not only waste its working time and greatly increase its work people The workload of member, being combined with each other by above-mentioned component of the invention, by increasing integrator in equipment, staff into After the preliminary sorting of row building waste, when equipment carries out the recycling operation of building waste, can its rubbish be crushed and be carried out Compression, becomes bulk, and reduces the generation of equipment dust and reduce the workload of staff, greatly increases it The practicability of equipment.
The basic principles, main features and the advantages of the invention have been shown and described above, for this field skill For art personnel, it is clear that the present invention is not limited to the details of above-mentioned exemplary embodiment, 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 falling within the meaning and scope of the equivalent requirements of the claims in the present invention It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
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 each embodiment can also be properly combined, forms those skilled in the art The other embodiment being appreciated that.

Claims (10)

1. a kind of building waste reclaimer, structure includes auxiliary rotation axis (1), side isolation plate (2), lattice baffle (3), branch Support conveyer belt (4), auxiliary wheel (5), power cord (6), driving motor (7), feed hopper (8), recycling pulverizer (9), discharge port (10), integrator (11), recycling support post (12), bracing diagonal (13), transmission support post (14), universal wheel (15), branch Support pedestal (16), it is characterised in that:
The lattice baffle (3) is welded in the outer surface of support conveyer belt (4), the support conveyer belt equipped with more than two and lower end (4) lower mechanical is connected to the outer surface of auxiliary rotation axis (1), and the left and right ends of the auxiliary rotation axis (1) are installed in branch The lower end of pedestal (16) inner wall is supportted, the upper end of the support base (16) is welded in the lower end of side isolation plate (2), the auxiliary There are four idler wheel (5) is set and upper end screw connection is behind the rear and front end of support base (16) lower end, the driving motor (7) End is welded on the upside of the front end of support base (16), and the lower end of the support base (16) is welded in transmission support post (14) Upper end, the lower end of the driving motor (7) are connected by power cord (6) with support conveyer belt (4), and the universal wheel (15) sets There are four and threaded upper ends connection transmission support post (14) lower end, it is described transmission support post (14) rear and front end be equipped with Bracing diagonal (13), the right end of the transmission support post (14) are welded in the left end of recycling support post (12), the recycling The upper end of support post (12) is installed in the outer surface of recycling pulverizer (9), and the upper gap of the feed hopper (8) is matched with branch The right side of conveyer belt (4) upper end is supportted, the front end of the recycling pulverizer (9) is installed in the rear end of discharge port (10), the discharging The inside of integrator (11) is welded in the middle part of mouth (10);
The integrator (11) includes protection shell (1101), left side pushing mechanism (1102), the first sensing propulsion device (1103), damping spring (1104), spring transverse slat (1105), support vertical pivot (1106), vertical pivot reinforcing rib (1107), lower pressure are horizontal Plate (1108), connection outline border (1109), the second sensing propulsion device (1110), right side pushing mechanism (1111), upper pressure transverse slat (1112), compression spring (1113), Universal active block (1114);
The upper end of support vertical pivot (1106), the support vertical pivot are welded in the middle part of lower pressure transverse slat (1108) lower end (1106) left and right ends are connected by vertical pivot reinforcing rib (1107) with the lower end of lower pressure transverse slat (1108), and the support is perpendicular The lower end of axis (1106) is installed in the upper end of spring transverse slat (1105), the damping spring (1104) set there are two and upper mechanical The left and right ends of spring transverse slat (1105) lower end are connected to, the second sense is welded on the right side of lower pressure transverse slat (1108) lower end The upper end on the left of propulsion device (1110) is answered, being installed in right side on the right side of described second sensing propulsion device (1110) upper end pushes The left side of mechanism (1111) lower end is welded in the first sensing propulsion device on the left of lower pressure transverse slat (1108) lower end (1103) right side of lower end, it is described first sensing propulsion device (1103) right end on the upside of be mechanically connected to left side pushing mechanism (1102) right side of lower end, the left and right ends of the compression spring (1113) are installed in left side pushing mechanism (1102) and the right side respectively Side pushing mechanism (1111), the left side pushing mechanism (1102) and the lower end of right side pushing mechanism (1111) are movably connected on ten thousand To the upper end of movable block (1114), the lower end of the Universal active block (1114) is welded in pressure transverse slat (1112) upper end Portion, the left and right ends of upper pressure transverse slat (1112) are assembled on connecting outline border with the left and right ends of lower pressure transverse slat (1108) (1109) internal outer surface.
2. a kind of building waste reclaimer according to claim 1, it is characterised in that:The recycling pulverizer (9) Upper mechanical is connected to the lower end of feed hopper (8).
3. a kind of building waste reclaimer according to claim 1, it is characterised in that:The first sensing propulsion device (1103) including left side extension convex block (110301), transmission balance guide plate (110302), driven pulley (110303), idler wheel convex block (110304), circular arc convex block (110305), live roller (110306), connecting rope (110307), groove driver plate (110308), Extend supporting block (110309), it is lower rope link block (110310), it is upper rope link block (110311), it is T-shaped balance guide plate (110312), Support guide plate (110313), guide plate guide rail (110314), circular arc guide plate (110315), support pressure cross bar (110316), left pressure Power transverse slat (110317).
4. a kind of building waste reclaimer according to claim 3 or 1, it is characterised in that:The left side extends convex block (110301) upper end is installed in the left side of lower pressure transverse slat (1108) lower end, the lower end of the left side extension convex block (110301) Clearance fit is in the upper end on the right side of transmission balance guide plate (110302), the left side upper end of the transmission balance guide plate (110302) The lower end to match together in idler wheel convex block (110304), the left end of the idler wheel convex block (110304) are welded in live roller (110306) right end, the upper end of the live roller (110306) are installed in the lower end of circular arc convex block (110305), the circle The upper gap of arc convex block (110305) is matched with the lower end of groove driver plate (110308), the groove driver plate (110308) Upper end be welded in extension supporting block (110309) lower end, it is described extension supporting block (110309) right end be installed in it is lower rope connect The left end of block (110310) is connect, the right end of the lower rope link block (110310) passes through connecting rope (110307) and upper rope link block (110311) lower end is connected, and the outer surface of the driven pulley (110303) is equipped with connecting rope (110307), the upper rope The upper end of link block (110311) is welded in the lower end of support guide plate (110313), the backend machine of the support guide plate (110313) Tool is connected to the front end of guide plate guide rail (110314), and the left end clearance fit of the support guide plate (110313) is led in T-shaped balance Upper end on the right side of plate (110312), the upper end of the T-shaped balance guide plate (110312) pass through circular arc guide plate (110315) and support The left end of pressure cross bar (110316) matches, and the right end of the support pressure cross bar (110316) is welded in left pressure transverse slat (110317) in the middle part of left end, left pressure transverse slat (110317) upper and lower ends are installed in lower pressure transverse slat (1108) and upper pressure The left end of power transverse slat (1112).
5. a kind of building waste reclaimer according to claim 1, it is characterised in that:The second sensing propulsion device (1110) including right pressure transverse slat (111001), connection pressure transverse slat (111002), connection tooth plate (111003), No.1 screw thread card Gear (111004), screw thread montant (111005), No. two screw thread latch plates (111006), T-shaped latch plate (111007), right side are prolonged Stretch convex block (111008).
6. a kind of building waste reclaimer according to claim 5 or 1, it is characterised in that:The lower pressure transverse slat (1108) upper end of right side extension convex block (111008) is installed on the right side of lower end, the right side extends under convex block (111008) End is welded in the upper end on the left of T-shaped latch plate (111007), and the right end of the T-shaped latch plate (111007) is meshed in No. two spiral shells The left end of line latch plate (111006), the front end of No. two screw thread latches plate (111006) by screw thread montant (111005) with The rear end of No.1 screw thread latch wheel (111004) is meshed, and the upper end of the No.1 screw thread latch wheel (111004) is with connecting tooth plate (111003) lower end is meshed, and the left end of the connection tooth plate (111003) is welded in the right side of connection pressure transverse slat (111002) End, the left end of the connection pressure transverse slat (111002) are installed in the middle part of the right end of pressure transverse slat (111001), and the pressure is horizontal The left side clearance fit of plate (111001) upper and lower ends is in the right end of lower pressure transverse slat (1108) and upper pressure transverse slat (1112).
7. a kind of building waste reclaimer according to claim 1, it is characterised in that:The left side pushing mechanism (1102) including the first push rod (110201), left side movable block (110202), left side activity fixed block (110203), motion thread Take turns (110204), threaded drive rod (110205), driving belt (110206), No.1 gear (110207), transmission latch plate (110208), latch support plate (110209), left side reinforcing rib (110210), Left-side support transverse slat (110211).
8. a kind of building waste reclaimer according to claim 7 or 1 or 5, it is characterised in that:The Left-side support is horizontal The right end of plate (110211) is welded in the upside of left pressure transverse slat (110317) left end, and the left side reinforcing rib (110210) is equipped with Two and the upper and lower ends of Left-side support transverse slat (110211) are installed in, the upper end on the left of the Left-side support transverse slat (110211) The lower end of latch support plate (110209) is welded in, the right side mechanical of the latch support plate (110209) is connected to transmission latch The left end of plate (110208), the upper end of the transmission latch plate (110208) are meshed in the lower end of No.1 gear (110207), The front end of the No.1 gear (110207) is connected by driving belt (110206) with the front end of motion thread wheel (110204) It connects, the rear end of the motion thread wheel (110204) is meshed in the front end of threaded drive rod (110205), the screw-driven The right end of bar (110205) is welded in the left end of the movable fixed block (110203) in left side, the left side activity fixed block (110203) Right end be equipped with left side movable block (110202), the right end of the left side movable block (110202) is mechanically connected to the first push rod (110201) upper end, the right end of the compression spring (1113) are installed in the left end of the movable fixed block (110203) in left side.
9. a kind of building waste reclaimer according to claim 1, it is characterised in that:The right side pushing mechanism (1111) including the second push rod (111101), right side movable block (111102), right side activity fixed block (111103), drive connection Block (111104), fixed push rod (111105), No. two gears (111106), half latch plate (111107), tooth plate guide plate (111108), lateral push rod (111109), fixed circle wheel (111110), fan-shaped snap-gauge (111111), movable push bar (111112), Be driven movable block (111113), grooved rail (111114), extension reinforcing plate (111115), Right side support transverse slat (111116), Right side reinforcing rib (111117).
10. a kind of building waste reclaimer according to claim 9 or 5 or 1, it is characterised in that:The right pressure is horizontal The right end of plate (111001) is welded in the left end of Right side support transverse slat (111116), and the right side reinforcing rib (111117) is equipped with two Upper and lower ends that are a and being installed in Right side support transverse slat (111116), the upper end weldering on the right side of the Right side support transverse slat (111116) The lower end of extension reinforcing plate (111115) is connected to, the left side clearance fit of the extension reinforcing plate (111115) is in movable push bar (111112), the upper end of the movable push bar (111112) is installed in the front end of fixed circle wheel (111110), the fixed circle wheel (111110) front end is connected by movable push bar (111112) with the upper end of movable push bar (111112), the movable push bar (111112) lower end is movably connected on the right end of transmission movable block (111113), the left end of the transmission movable block (111113) The right end of lateral push rod (111109) is welded in, the left end screw connection of the transverse direction push rod (111109) is in tooth plate guide plate (111108) on the downside of right end, the upper end of the tooth plate guide plate (111108) is welded in the lower end of half latch plate (111107), institute The upper end for stating half latch plate (111107) is meshed in the lower end of No. two gears (111106), No. two gears (111106) Front end is matched with the right end of drive connection block (111104) by fixed push rod (111105), the drive connection block (111104) left end is installed in the movable fixed block (111103) in right side, and the left end of the right side activity fixed block (111103) is set There is right side movable block (111102), the lower end of the right side movable block (111102) is movably connected on the second push rod (111101) Upper end.
CN201810021117.6A 2018-01-10 2018-01-10 Construction waste recovery equipment Active CN108246766B (en)

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Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2920459Y (en) * 2006-06-28 2007-07-11 周绍武 Special equipment for garbage treatment and comprehensive utilization
CN201728851U (en) * 2010-06-13 2011-02-02 孙文合 Garbage forming machine
JP2013180267A (en) * 2012-03-05 2013-09-12 Taiheiyo Cement Corp Method and apparatus for processing municipal refuse into resource
CN104860561A (en) * 2015-04-15 2015-08-26 重庆市环卫控股(集团)有限公司 Construction waste recycling brick manufacturing system
CN107214179A (en) * 2017-06-27 2017-09-29 彭利辉 A kind of building rubbish treatment device
CN107537848A (en) * 2017-09-25 2018-01-05 郑州搜趣信息技术有限公司 Building rubbish treatment device
CN108339839A (en) * 2018-01-03 2018-07-31 彭斌 A kind of food waste treatment equipment

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2920459Y (en) * 2006-06-28 2007-07-11 周绍武 Special equipment for garbage treatment and comprehensive utilization
CN201728851U (en) * 2010-06-13 2011-02-02 孙文合 Garbage forming machine
JP2013180267A (en) * 2012-03-05 2013-09-12 Taiheiyo Cement Corp Method and apparatus for processing municipal refuse into resource
CN104860561A (en) * 2015-04-15 2015-08-26 重庆市环卫控股(集团)有限公司 Construction waste recycling brick manufacturing system
CN107214179A (en) * 2017-06-27 2017-09-29 彭利辉 A kind of building rubbish treatment device
CN107537848A (en) * 2017-09-25 2018-01-05 郑州搜趣信息技术有限公司 Building rubbish treatment device
CN108339839A (en) * 2018-01-03 2018-07-31 彭斌 A kind of food waste treatment equipment

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