CN108374303A - A kind of broken sorting equipment of stone for building - Google Patents
A kind of broken sorting equipment of stone for building Download PDFInfo
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- CN108374303A CN108374303A CN201810169231.3A CN201810169231A CN108374303A CN 108374303 A CN108374303 A CN 108374303A CN 201810169231 A CN201810169231 A CN 201810169231A CN 108374303 A CN108374303 A CN 108374303A
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- stone
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- rubble
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C19/00—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving
- E01C19/02—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving for preparing the materials
- E01C19/05—Crushing, pulverising or disintegrating apparatus; Aggregate screening, cleaning, drying or heating apparatus; Dust-collecting arrangements specially adapted therefor
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- Structural Engineering (AREA)
- Processing Of Solid Wastes (AREA)
- Disintegrating Or Milling (AREA)
Abstract
The present invention relates to a kind of stones for building to be crushed sorting equipment, including ultrasonic treatment chamber, impulse chamber, crushing chamber, sorting device, drying transfer chamber and water treatment facilities.Stone solution is stitched in ultrasonic treatment chamber using Vltrasonic device, then stone is crushed according to crack by pneumatic striking mechanism, by the way that stone is crushed in crushing chamber, the drying rear storage of different transmission is sorted to according to the size of stone in entering sorting equipment after broken, water in the process passes through water treatment facilities regeneration and reuses.It realizes construction site and effect that is broken and being sorted according to granularity is carried out to stone.
Description
Technical field
The invention belongs to building field more particularly to field of road construction, and in particular to a kind of broken point of stone for building
Pick device.
Background technology
Stone, especially road construction can be all used in the foundation constructions such as road construction and house, bridge, it usually can be simultaneously
Use the different stone of granularity or stone grain.Existing way mainly after stone is broken, utilizes sieve or the machine of sieve class
Tool is sieved, but due to being the different stone of meeting self-assembling formation granularity in shattering process, and existing breaking method is broken
It mixes after broken, is then sieved again when needed, virtually increase process, to not only waste manpower
Material resources can also cause very big waste in transportational process.
Invention content
A kind of stone for building of proposition of the present invention is crushed sorting equipment.
It is realized by following technological means：
A kind of broken sorting equipment of stone for building, including ultrasonic treatment chamber, impulse chamber, crushing chamber, sorting device, drying transmission
Room and water treatment facilities.
The ultrasonic treatment chamber includes ultrasonic chamber enclosure, ultrasonic generator, conducting wire, is ultrasonically treated frame, ultrasonic head, ultrasound
Needle, stone entrance, ultrasonic treatment chamber outlet and outlet opening and closing baffle；The stone entrance is arranged in ultrasonic chamber enclosure side,
Ultrasound room cover top portion is provided with supersound process frame, the supersound process frame is multiple, is in inverted " t " shape structure, each
The supersound process frame includes the vertical stand on top and the horizontal processing frame of lower part, and the horizontal processing frame is laterally disposed in the ultrasound room
It cover top portion and being connected to ultrasound room enclosure, the vertical stand is fixedly arranged on the horizontal processing top of the trellis center vertically, including
More piece vertical pipeline and the portion that is flexible coupling being connect with every section vertical pipeline；It is both provided in each horizontal processing frame bottom multiple
Ultrasonic head is provided with ultrasonic needle in the ultrasonic head inner vertical；The ultrasonic generator is set to outside the ultrasonic chamber enclosure
Portion, the conducting wire are set to inside the supersound process frame and are electrically connected the ultrasonic generator and the ultrasonic needle；It is described
Ultrasonic treatment chamber outlet is set to the ultrasound room outer casing bottom, and is opened and closed baffle by the outlet of setting and is ultrasonically treated to control
The opening and closing of room outlet.
The impulse chamber is arranged below the ultrasonic treatment chamber, including impact chamber enclosure, impact chamber inlet, Pneumatic immpacting
Hammer, water jet and impulse chamber outlet；The impact chamber inlet is arranged in impulse chamber cover top portion and goes out with the ultrasonic treatment chamber
Mouthful it is connected, the pneumatic striking mechanism is horizontally set at the impulse chamber enclosure, and by pneumatically out of impact chamber enclosure
The one lateral other side of portion carries out frequent Pneumatic immpacting, topmost water jet is provided in the side wall of impact chamber enclosure, in impulse chamber
Recess forms impulse chamber outlet downwards for the bottom of shell.
The crushing chamber includes broken chamber enclosure, broken chamber inlet, right destroyer, left destroyer, middle destroyer and breaks
Broken room outlet；The broken chamber inlet is provided with two, is arranged at crushing chamber cover top portion and exports phase with the impulse chamber
Connection, the middle destroyer is provided with immediately below two broken chamber inlet joints, in two inside of broken chamber enclosure or so
Wall is respectively arranged with right destroyer and left destroyer, and the right destroyer, left destroyer and middle destroyer are horizontal broken roller
Outside is connected with the structure of arc crushing cutter, and the crushing chamber outlet is infundibulate and is arranged in the crushing chamber outer casing bottom.
Bottom is provided with sorting device in the crushing chamber exports, and the sorting device includes compression roller and goes out stone case；
The compression roller is arranged 2 altogether, respectively left compression roller and right compression roller, and left and right is oppositely arranged, and two compression rollers are horizontal
Cylinder, cylinder center be both provided with squeeze rod axis, two compression rollers using respective extrusion roll shaft as axis opposite direction rotating,
The extrusion roll shaft end set of left compression roller in horizontal left sliding slot, and with it is described go out stone case on the left of top it is affixed, described
The high resiliency spring that passes on left of extrusion roll shaft end is connect with left sliding slot left end, in the compression roller shaft end of the right compression roller
Be provided with horizontal right rail on the left of portion, be provided with a sliding block in right rail, the sliding block with it is described go out stone case on the right side of push up
Hold it is affixed, it is described go out stone case longitudinal section be upside-down trapezoid, can move left and right and move left and right with the left compression roller.
The drying transfer chamber includes transmitting chamber enclosure, rubble conveyer belt, middle stone conveyer belt, microlith conveyer belt, rubble to go out
Mouth, the outlet of middle stone, microlith outlet, upper gas nozzle, central gas nozzle, lower gas nozzle, slanting baffle, transmission chamber inlet
With transfer chamber water outlet；The transmission chamber inlet setting is in transfer chamber cover top portion side, and its width goes out a stone case left side for described in
The length that moves right and the transmission chamber inlet by it is described go out the outlet of stone lower box part be placed in wherein；In the transmission chamber inlet
Underface is disposed with rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt, the beginning of the rubble conveyer belt from top to bottom
End be arranged it is described go out the underface of the leftmost side that can move of stone case, the beginning setting of the microlith conveyer belt it is described go out stone
The beginning setting of the underface for the rightmost side that case can move, the middle stone conveyer belt transmits rim end and microlith transmission in rubble
The centre position of rim end；The terminal of the rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt is arranged at outside transfer chamber
The terminal of the leftmost side inside shell, the rubble conveyer belt is connected with rubble outlet, for arranging the maximum stone grain of granularity
Going out, the terminal of the middle stone conveyer belt is connected with the middle stone outlet, for the moderate stone grain of granularity to be discharged, the microlith
The terminal of conveyer belt is connected with microlith outlet, for the stone grain of granularity minimum to be discharged；In rubble outlet just
It is provided with lateral upper gas nozzle on the transfer chamber side wall of outer shell of side, the biography between rubble outlet and the outlet of middle stone
It send and is provided with lateral central gas nozzle on outdoor shell side wall, outside the transfer chamber between the middle stone outlet and microlith outlet
It is provided with lateral lower gas nozzle on shell side wall, rim end is transmitted in the rubble conveyer belt, middle stone conveyer belt and microlith
Right side be provided with slanting slanting baffle, be provided with transfer chamber water outlet immediately below the beginning of the rubble conveyer belt.
The water treatment facilities includes water treatment facilities shell, be tilted over filter plate, active carbon particle, water treatment facilities enter
Mouth, water treatment facilities water outlet and refuse collecting case；The water treatment facilities entrance is arranged on the top of water treatment facilities shell
Portion is provided with immediately below it and is tilted over filter plate, and the terminal for being tilted over filter plate is provided with refuse collecting case, is being tilted over filter plate
It is equipped with active carbon particle in the water treatment facilities shell of lower part, water treatment facilities shell bottom end side is provided with water process dress
Set water outlet；The water treatment facilities entrance is connected with the transfer chamber water outlet, and the water treatment facilities water outlet passes through
Pipeline is connected with the water jet of impulse chamber.
Preferably, the supersound process frame is 3（Or it is 3 groups, every group 2）.
Preferably, the impulse chamber outlet is provided with impulse chamber outlet opening and closing baffle, for controlling impulse chamber outlet
Opening and closing.
Preferably, arc crushing cutter affixed outside the horizontal broken roller of the middle destroyer is arranged for two-way arc.
Preferably, the extrusion roll shaft end of the left compression roller can horizontally slip in the left sliding slot, and when a left side
At the rightmost side of left sliding slot, the high resiliency spring is nature for the extrusion roll shaft end of compression roller, and other positions are
The compressive state of high resiliency spring.
Preferably, it is described go out stone case end be square infundibulate, middle part and the compression roller joint to lower recess and
Coordinate with the shape of compression roller.
Preferably, the end of the extrusion roll shaft of the right compression roller is fixedly connected on the side wall of the crushing chamber outlet
On.
Preferably, the rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt are both provided with lower through-hole, and respectively
A diameter of rubble conveyer belt through-hole diameter of through-hole>Middle stone conveyer belt through-hole diameter>Microlith transmits through-hole diameter.
Preferably, the upper gas nozzle, central gas nozzle and lower gas nozzle are used to injection High Temperature Gas
Body.
Preferably, the upper gas nozzle, central gas nozzle and lower gas nozzle are used to injection high temperature height
It calms the anger body.
Effect of the invention is that：
1, by being realized broken stone to different grain size stone using left moving left and right for destroyer（Stone grain）It sets
Enter onto different conveyer belts, to being detached from granularity angle to stone, realizes in shattering process i.e. Real-time
Stone is showed（Stone grain）Sorting, substantially increases production efficiency, reduces production cost.
Since the shaft end of left destroyer is placed in left sliding slot, and it is connect by spring with left sliding slot side,
And go out stone case and be connected thereto, after entering stone between two compression rollers, left compression roller can be controlled with the size of stone
It is mobile, it is moved to the left when stone is big, moves right when stone is small, so that going out stone case by the different stone of granularity
It drains to respectively on different conveyer belts, to come out stone according to sizing while broken.
By the way that stone can be fully utilized in stone sorting to greatest extent while broken, avoid in production process
The loss of powdery stone and concentration, to also reach maximization to the utilization rate of the energy.
2, by the way that Vltrasonic device is arranged, first the stone of bulk is ultrasonically treated so that the texture of stone realizes cleavage,
Then start jump bit can relative ease by stone impact grinding, then stone is thoroughly crushed by destroyer.
Since sorting equipment is to realize that stone after breaking can also pass through by two compression rollers in left and right
The extruding of compression roller and the wedge angle of part stone is removed, to also avoid the duplication of labour of further artificial removal,
To also reduce production cost.
3, due to will produce a large amount of frictional heat in shattering process, to be damaged to production equipment component, if
It has set sprinkler part to cool down, to protect production component.By the way that water treatment facilities is arranged so that the water after use
It detaches with the sundries in water, and is also adsorbed the harmful element in water by activated carbon, to by water repeated application
In transmit process in broken, the damage of the equipment such as water pump is avoided, while also harmful to what is generated in stone shattering process
Element is removed.
By the way that there are three different high-temperature gas nozzles for setting in transfer chamber, to the remaining moisture of stone on conveyer belt
It is blown down（Part is blown off and is fallen, and vapor is partly evaporated to）, to realize the drying operation in transmit process.
Description of the drawings
Fig. 1 is the structural schematic diagram that present invention stone for building is crushed sorting equipment.
Wherein：1- ultrasonic treatment chambers, 11- ultrasonic generators, 12- conducting wires, 13- are ultrasonically treated frame, and 131- is flexible coupling portion,
14- ultrasound heads, 15- ultrasound needles, 16- stone entrances, the outlet of 17- ultrasonic treatment chambers, the outlets 18- opening and closing baffle, 2- impulse chambers,
21- pneumatic striking mechanisms, 22- water jets, the outlet of 23- impulse chambers, 3- crushing chambers, 31- are crushed chamber inlet, the right destroyers of 32-, 33-
Left destroyer, destroyer in 34-, the outlet of 35- crushing chambers, 41- compression rollers, 42- squeeze rod axis, 43- springs, 44- right rails,
45- sliding blocks, 46- go out stone case, and 5- dries transfer chamber, 51- rubble conveyer belts, stone conveyer belt in 52-, 53- microlith conveyer belts, 541-
Rubble exports, and stone exports in 542-, the outlet of 543- microliths, 551- upper gas nozzles, 552- central gas nozzles, the lower parts 553-
Gas nozzle, 56- slanting baffles, 6- water treatment facilities, 61- are tilted over filter plate, 62- active carbon particles, and 63- water treatment facilities enters
Mouthful, 64- water treatment facilities water outlets, 65- refuse collecting casees.Four-headed arrow and curved arrow in figure are the side of each component movement
To.
Specific implementation mode
Embodiment 1
A kind of broken sorting equipment of stone for building, including ultrasonic treatment chamber, impulse chamber, crushing chamber, sorting device, drying transmission
Room and water treatment facilities.
The ultrasonic treatment chamber includes ultrasonic chamber enclosure, ultrasonic generator, conducting wire, is ultrasonically treated frame, ultrasonic head, ultrasound
Needle, stone entrance, ultrasonic treatment chamber outlet and outlet opening and closing baffle；The stone entrance is arranged in ultrasonic chamber enclosure side,
Ultrasound room cover top portion is provided with supersound process frame, the supersound process frame is 3, is in inverted " t " shape structure, Mei Gesuo
It includes the vertical stand on top and the horizontal processing frame of lower part to state and be ultrasonically treated frame, and the horizontal processing frame is laterally disposed in outside the ultrasound room
It is connected at the top of shell and with ultrasound room enclosure, the vertical stand is fixedly arranged on the horizontal processing top of the trellis center, including 3 sections vertically
Vertical pipeline and the portion that is flexible coupling being connect with every section vertical pipeline；It is both provided with 9 ultrasounds in each horizontal processing frame bottom
Head is provided with ultrasonic needle in the ultrasonic head inner vertical；The ultrasonic generator is set to the ultrasound room shell exterior, institute
Conducting wire is stated to be set to inside the supersound process frame and be electrically connected the ultrasonic generator and the ultrasonic needle；At the ultrasound
The outlet of reason room is set to the ultrasound room outer casing bottom, and is opened and closed baffle by the outlet of setting to control ultrasonic treatment chamber outlet
Opening and closing.
The impulse chamber is arranged below the ultrasonic treatment chamber, including impact chamber enclosure, impact chamber inlet, Pneumatic immpacting
Hammer, water jet and impulse chamber outlet；The impact chamber inlet is arranged in impulse chamber cover top portion and goes out with the ultrasonic treatment chamber
Mouthful it is connected, the pneumatic striking mechanism is horizontally set at the impulse chamber enclosure, and by pneumatically out of impact chamber enclosure
The one lateral other side of portion carries out frequent Pneumatic immpacting, topmost water jet is provided in the side wall of impact chamber enclosure, in impulse chamber
Recess forms impulse chamber outlet downwards for the bottom of shell.
The crushing chamber includes broken chamber enclosure, broken chamber inlet, right destroyer, left destroyer, middle destroyer and breaks
Broken room outlet；The broken chamber inlet is provided with two, is arranged at crushing chamber cover top portion and exports phase with the impulse chamber
Connection, the middle destroyer is provided with immediately below two broken chamber inlet joints, in two inside of broken chamber enclosure or so
Wall is respectively arranged with right destroyer and left destroyer, and the right destroyer, left destroyer and middle destroyer are horizontal broken roller
Outside is connected with the structure of arc crushing cutter, and the crushing chamber outlet is infundibulate and is arranged in the crushing chamber outer casing bottom.
Bottom is provided with sorting device in the crushing chamber exports, and the sorting device includes compression roller and goes out stone case；
The compression roller is arranged 2 altogether, respectively left compression roller and right compression roller, and left and right is oppositely arranged, and two compression rollers are horizontal
Cylinder, cylinder center be both provided with squeeze rod axis, two compression rollers using respective extrusion roll shaft as axis opposite direction rotating,
The extrusion roll shaft end set of left compression roller in horizontal left sliding slot, and with it is described go out stone case on the left of top it is affixed, described
The high resiliency spring that passes on left of extrusion roll shaft end is connect with left sliding slot left end, in the compression roller shaft end of the right compression roller
Be provided with horizontal right rail on the left of portion, be provided with a sliding block in right rail, the sliding block with it is described go out stone case on the right side of push up
Hold it is affixed, it is described go out stone case longitudinal section be upside-down trapezoid, can move left and right and move left and right with the left compression roller.
The drying transfer chamber includes transmitting chamber enclosure, rubble conveyer belt, middle stone conveyer belt, microlith conveyer belt, rubble to go out
Mouth, the outlet of middle stone, microlith outlet, upper gas nozzle, central gas nozzle, lower gas nozzle, slanting baffle, transmission chamber inlet
With transfer chamber water outlet；The transmission chamber inlet setting is in transfer chamber cover top portion side, and its width goes out a stone case left side for described in
The length that moves right and the transmission chamber inlet by it is described go out the outlet of stone lower box part be placed in wherein；In the transmission chamber inlet
Underface is disposed with rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt, the beginning of the rubble conveyer belt from top to bottom
End be arranged it is described go out the underface of the leftmost side that can move of stone case, the beginning setting of the microlith conveyer belt it is described go out stone
The beginning setting of the underface for the rightmost side that case can move, the middle stone conveyer belt transmits rim end and microlith transmission in rubble
The centre position of rim end；The terminal of the rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt is arranged at outside transfer chamber
The terminal of the leftmost side inside shell, the rubble conveyer belt is connected with rubble outlet, for arranging the maximum stone grain of granularity
Going out, the terminal of the middle stone conveyer belt is connected with the middle stone outlet, for the moderate stone grain of granularity to be discharged, the microlith
The terminal of conveyer belt is connected with microlith outlet, for the stone grain of granularity minimum to be discharged；In rubble outlet just
It is provided with lateral upper gas nozzle on the transfer chamber side wall of outer shell of side, the biography between rubble outlet and the outlet of middle stone
It send and is provided with lateral central gas nozzle on outdoor shell side wall, outside the transfer chamber between the middle stone outlet and microlith outlet
It is provided with lateral lower gas nozzle on shell side wall, rim end is transmitted in the rubble conveyer belt, middle stone conveyer belt and microlith
Right side be provided with slanting slanting baffle, be provided with transfer chamber water outlet immediately below the beginning of the rubble conveyer belt.
The water treatment facilities includes water treatment facilities shell, be tilted over filter plate, active carbon particle, water treatment facilities enter
Mouth, water treatment facilities water outlet and refuse collecting case；The water treatment facilities entrance is arranged on the top of water treatment facilities shell
Portion is provided with immediately below it and is tilted over filter plate, and the terminal for being tilted over filter plate is provided with refuse collecting case, is being tilted over filter plate
It is equipped with active carbon particle in the water treatment facilities shell of lower part, water treatment facilities shell bottom end side is provided with water process dress
Set water outlet；The water treatment facilities entrance is connected with the transfer chamber water outlet, and the water treatment facilities water outlet passes through
Pipeline is connected with the water jet of impulse chamber.
The impulse chamber outlet is provided with impulse chamber outlet opening and closing baffle, the opening and closing for controlling impulse chamber outlet.
Affixed arc crushing cutter is arranged for two-way arc outside the horizontal broken roller of the middle destroyer.
The extrusion roll shaft end of the left compression roller can horizontally slip in the left sliding slot, and squeezing when left compression roller
For pressure roller shaft end at the rightmost side of left sliding slot, the high resiliency spring is nature, and other positions are high resiliency spring
Compressive state.
It is described go out stone case end be square infundibulate, middle part and the compression roller joint to lower recess and with compression roller
Shape coordinates.
The end of the extrusion roll shaft of the right compression roller is fixedly connected on the side wall of the crushing chamber outlet.
The rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt are both provided with lower through-hole, and respective through-hole is straight
Diameter is rubble conveyer belt through-hole diameter>Middle stone conveyer belt through-hole diameter>Microlith transmits through-hole diameter.
The upper gas nozzle, central gas nozzle and lower gas nozzle are used to injection high-temperature gas.
During use, stone is placed to by stone entrance in ultrasonic treatment chamber, frame decentralization is ultrasonically treated, due to setting
It is equipped with the portion that is flexible coupling, to which vertical stand can partly be bent according to the direction that horizontal processing frame is contacted with stone, so that super
Sound head is contacted with block faces substantially, and the stone after being ultrasonically treated is placed in impulse chamber, passes through rushing for pneumatic striking mechanism
It hits, fragmentation is smaller stone, then whole to be placed in crushing chamber, and by the broken of destroyer, stone is broken for largely
The different stone of granularity or stone grain, during stone or stone grain decline, the smaller stone grain of granularity, left compression roller and right compression roller
Between spacing it is smaller, stone grain is fallen on by going out stone case on microlith conveyer belt, the larger stone grain of granularity, left compression roller and right extruding
Spacing between roller is larger, and stone grain is fallen on by going out stone case on rubble conveyer belt, and median particle size is fallen on middle stone conveyer belt,
In transmitting tape transfer procedure, gas nozzle sprays high-temperature gas, the stone grain on conveyer belt is carried out moisture disengaging, and be strayed into
The stone grain of the smaller particle of rubble conveyer belt can downwards be leaked by the through-hole on conveyer belt.Water after processing is filled by water process
It sets to return in impulse chamber after handling and reuse.
Embodiment 2
A kind of broken sorting equipment of stone for building, including ultrasonic treatment chamber, impulse chamber, crushing chamber, sorting device, drying transmission
Room and water treatment facilities.
The ultrasonic treatment chamber includes ultrasonic chamber enclosure, ultrasonic generator, conducting wire, is ultrasonically treated frame, ultrasonic head, ultrasound
Needle, stone entrance, ultrasonic treatment chamber outlet and outlet opening and closing baffle；The stone entrance is arranged in ultrasonic chamber enclosure side,
Ultrasound room cover top portion is provided with supersound process frame, the supersound process frame is 3 groups, and every group 2, totally 6, be in be inverted
" T " shape structure, each supersound process frame include the vertical stand on top and the horizontal processing frame of lower part, and the horizontal processing frame is lateral
It is placed in the ultrasound room cover top portion and is connected to ultrasound room enclosure, the vertical stand is fixedly arranged on the horizontal processing frame vertically
Center of top, including 5 section vertical pipelines and with every portion that is flexible coupling for connecting of section vertical pipeline；In each horizontal processing frame bottom
12 ultrasonic heads are both provided with, the ultrasonic head inner vertical is provided with ultrasonic needle；The ultrasonic generator is set to described
Ultrasound room shell exterior, the conducting wire are set to inside the supersound process frame and by the ultrasonic generators and the ultrasonic needle
Electrical connection；Ultrasonic treatment chamber outlet is set to the ultrasound room outer casing bottom, and by the outlet of setting be opened and closed baffle come
Control the opening and closing of ultrasonic treatment chamber outlet.
The impulse chamber is arranged below the ultrasonic treatment chamber, including impact chamber enclosure, impact chamber inlet, Pneumatic immpacting
Hammer, water jet and impulse chamber outlet；The impact chamber inlet is arranged in impulse chamber cover top portion and goes out with the ultrasonic treatment chamber
Mouthful it is connected, the pneumatic striking mechanism is horizontally set at the impulse chamber enclosure, and by pneumatically out of impact chamber enclosure
The one lateral other side of portion carries out frequent Pneumatic immpacting, topmost water jet is provided in the side wall of impact chamber enclosure, in impulse chamber
Recess forms impulse chamber outlet downwards for the bottom of shell.
The crushing chamber includes broken chamber enclosure, broken chamber inlet, right destroyer, left destroyer, middle destroyer and breaks
Broken room outlet；The broken chamber inlet is provided with two, is arranged at crushing chamber cover top portion and exports phase with the impulse chamber
Connection, the middle destroyer is provided with immediately below two broken chamber inlet joints, in two inside of broken chamber enclosure or so
Wall is respectively arranged with right destroyer and left destroyer, and the right destroyer, left destroyer and middle destroyer are horizontal broken roller
Outside is connected with the structure of arc crushing cutter, and the crushing chamber outlet is infundibulate and is arranged in the crushing chamber outer casing bottom.
Bottom is provided with sorting device in the crushing chamber exports, and the sorting device includes compression roller and goes out stone case；
The compression roller is arranged 2 altogether, respectively left compression roller and right compression roller, and left and right is oppositely arranged, and two compression rollers are horizontal
Cylinder, cylinder center be both provided with squeeze rod axis, two compression rollers using respective extrusion roll shaft as axis opposite direction rotating,
The extrusion roll shaft end set of left compression roller in horizontal left sliding slot, and with it is described go out stone case on the left of top it is affixed, described
The high resiliency spring that passes on left of extrusion roll shaft end is connect with left sliding slot left end, in the compression roller shaft end of the right compression roller
Be provided with horizontal right rail on the left of portion, be provided with a sliding block in right rail, the sliding block with it is described go out stone case on the right side of push up
Hold it is affixed, it is described go out stone case longitudinal section be upside-down trapezoid, can move left and right and move left and right with the left compression roller.
The drying transfer chamber includes transmitting chamber enclosure, rubble conveyer belt, middle stone conveyer belt, microlith conveyer belt, rubble to go out
Mouth, the outlet of middle stone, microlith outlet, upper gas nozzle, central gas nozzle, lower gas nozzle, slanting baffle, transmission chamber inlet
With transfer chamber water outlet；The transmission chamber inlet setting is in transfer chamber cover top portion side, and its width goes out a stone case left side for described in
The length that moves right and the transmission chamber inlet by it is described go out the outlet of stone lower box part be placed in wherein；In the transmission chamber inlet
Underface is disposed with rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt, the beginning of the rubble conveyer belt from top to bottom
End be arranged it is described go out the underface of the leftmost side that can move of stone case, the beginning setting of the microlith conveyer belt it is described go out stone
The beginning setting of the underface for the rightmost side that case can move, the middle stone conveyer belt transmits rim end and microlith transmission in rubble
The centre position of rim end；The terminal of the rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt is arranged at outside transfer chamber
The terminal of the leftmost side inside shell, the rubble conveyer belt is connected with rubble outlet, for arranging the maximum stone grain of granularity
Going out, the terminal of the middle stone conveyer belt is connected with the middle stone outlet, for the moderate stone grain of granularity to be discharged, the microlith
The terminal of conveyer belt is connected with microlith outlet, for the stone grain of granularity minimum to be discharged；In rubble outlet just
It is provided with lateral upper gas nozzle on the transfer chamber side wall of outer shell of side, the biography between rubble outlet and the outlet of middle stone
It send and is provided with lateral central gas nozzle on outdoor shell side wall, outside the transfer chamber between the middle stone outlet and microlith outlet
It is provided with lateral lower gas nozzle on shell side wall, rim end is transmitted in the rubble conveyer belt, middle stone conveyer belt and microlith
Right side be provided with slanting slanting baffle, be provided with transfer chamber water outlet immediately below the beginning of the rubble conveyer belt.
The water treatment facilities includes water treatment facilities shell, be tilted over filter plate, active carbon particle, water treatment facilities enter
Mouth, water treatment facilities water outlet and refuse collecting case；The water treatment facilities entrance is arranged on the top of water treatment facilities shell
Portion is provided with immediately below it and is tilted over filter plate, and the terminal for being tilted over filter plate is provided with refuse collecting case, is being tilted over filter plate
It is equipped with active carbon particle in the water treatment facilities shell of lower part, water treatment facilities shell bottom end side is provided with water process dress
Set water outlet；The water treatment facilities entrance is connected with the transfer chamber water outlet, and the water treatment facilities water outlet passes through
Pipeline is connected with the water jet of impulse chamber.
The impulse chamber outlet is provided with impulse chamber outlet opening and closing baffle, the opening and closing for controlling impulse chamber outlet.
Affixed arc crushing cutter is arranged for two-way arc outside the horizontal broken roller of the middle destroyer.
The extrusion roll shaft end of the left compression roller can horizontally slip in the left sliding slot, and squeezing when left compression roller
For pressure roller shaft end at the rightmost side of left sliding slot, the high resiliency spring is nature, and other positions are high resiliency spring
Compressive state.
It is described go out stone case end be square infundibulate, middle part and the compression roller joint to lower recess and with compression roller
Shape coordinates.
The end of the extrusion roll shaft of the right compression roller is fixedly connected on the side wall of the crushing chamber outlet.
The rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt are both provided with lower through-hole, and respective through-hole is straight
Diameter is rubble conveyer belt through-hole diameter>Middle stone conveyer belt through-hole diameter>Microlith transmits through-hole diameter.
The upper gas nozzle, central gas nozzle and lower gas nozzle are used to injection high-temperature gas, and spray
Pressure is 110MPa（Micro- high pressure）.
Embodiment 3
A kind of broken sorting equipment of stone for building, including ultrasonic treatment chamber, impulse chamber, crushing chamber, sorting device, drying transmission
Room and water treatment facilities.
The ultrasonic treatment chamber includes ultrasonic chamber enclosure, ultrasonic generator, conducting wire, is ultrasonically treated frame, ultrasonic head, ultrasound
Needle, stone entrance, ultrasonic treatment chamber outlet and outlet opening and closing baffle；The stone entrance is arranged in ultrasonic chamber enclosure side,
Ultrasound room cover top portion is provided with supersound process frame, the supersound process frame is 5, is in inverted " t " shape structure, Mei Gesuo
It includes the vertical stand on top and the horizontal processing frame of lower part to state and be ultrasonically treated frame, and the horizontal processing frame is laterally disposed in outside the ultrasound room
It is connected at the top of shell and with ultrasound room enclosure, the vertical stand is fixedly arranged on the horizontal processing top of the trellis center, including 3 sections vertically
Vertical pipeline and the portion that is flexible coupling being connect with every section vertical pipeline；It is both provided with 8 ultrasounds in each horizontal processing frame bottom
Head is provided with ultrasonic needle in the ultrasonic head inner vertical；The ultrasonic generator is set to the ultrasound room shell exterior, institute
Conducting wire is stated to be set to inside the supersound process frame and be electrically connected the ultrasonic generator and the ultrasonic needle；At the ultrasound
The outlet of reason room is set to the ultrasound room outer casing bottom, and is opened and closed baffle by the outlet of setting to control ultrasonic treatment chamber outlet
Opening and closing.
The impulse chamber is arranged below the ultrasonic treatment chamber, including impact chamber enclosure, impact chamber inlet, Pneumatic immpacting
Hammer, water jet and impulse chamber outlet；The impact chamber inlet is arranged in impulse chamber cover top portion and goes out with the ultrasonic treatment chamber
Mouthful it is connected, the pneumatic striking mechanism is horizontally set at the impulse chamber enclosure, and by pneumatically out of impact chamber enclosure
The one lateral other side of portion carries out frequent Pneumatic immpacting, topmost water jet is provided in the side wall of impact chamber enclosure, in impulse chamber
Recess forms impulse chamber outlet downwards for the bottom of shell.
The crushing chamber includes broken chamber enclosure, broken chamber inlet, right destroyer, left destroyer, middle destroyer and breaks
Broken room outlet；The broken chamber inlet is provided with two, is arranged at crushing chamber cover top portion and exports phase with the impulse chamber
Connection, the middle destroyer is provided with immediately below two broken chamber inlet joints, in two inside of broken chamber enclosure or so
Wall is respectively arranged with right destroyer and left destroyer, and the right destroyer, left destroyer and middle destroyer are horizontal broken roller
Outside is connected with the structure of arc crushing cutter, and the crushing chamber outlet is infundibulate and is arranged in the crushing chamber outer casing bottom.
Bottom is provided with sorting device in the crushing chamber exports, and the sorting device includes compression roller and goes out stone case；
The compression roller is arranged 2 altogether, respectively left compression roller and right compression roller, and left and right is oppositely arranged, and two compression rollers are horizontal
Cylinder, cylinder center be both provided with squeeze rod axis, two compression rollers using respective extrusion roll shaft as axis opposite direction rotating,
The extrusion roll shaft end set of left compression roller in horizontal left sliding slot, and with it is described go out stone case on the left of top it is affixed, described
The high resiliency spring that passes on left of extrusion roll shaft end is connect with left sliding slot left end, in the compression roller shaft end of the right compression roller
Be provided with horizontal right rail on the left of portion, be provided with a sliding block in right rail, the sliding block with it is described go out stone case on the right side of push up
Hold it is affixed, it is described go out stone case longitudinal section be upside-down trapezoid, can move left and right and move left and right with the left compression roller.
The drying transfer chamber includes transmitting chamber enclosure, rubble conveyer belt, middle stone conveyer belt, microlith conveyer belt, rubble to go out
Mouth, the outlet of middle stone, microlith outlet, upper gas nozzle, central gas nozzle, lower gas nozzle, slanting baffle, transmission chamber inlet
With transfer chamber water outlet；The transmission chamber inlet setting is in transfer chamber cover top portion side, and its width goes out a stone case left side for described in
The length that moves right and the transmission chamber inlet by it is described go out the outlet of stone lower box part be placed in wherein；In the transmission chamber inlet
Underface is disposed with rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt, the beginning of the rubble conveyer belt from top to bottom
End be arranged it is described go out the underface of the leftmost side that can move of stone case, the beginning setting of the microlith conveyer belt it is described go out stone
The beginning setting of the underface for the rightmost side that case can move, the middle stone conveyer belt transmits rim end and microlith transmission in rubble
The centre position of rim end；The terminal of the rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt is arranged at outside transfer chamber
The terminal of the leftmost side inside shell, the rubble conveyer belt is connected with rubble outlet, for arranging the maximum stone grain of granularity
Going out, the terminal of the middle stone conveyer belt is connected with the middle stone outlet, for the moderate stone grain of granularity to be discharged, the microlith
The terminal of conveyer belt is connected with microlith outlet, for the stone grain of granularity minimum to be discharged；In rubble outlet just
It is provided with lateral upper gas nozzle on the transfer chamber side wall of outer shell of side, the biography between rubble outlet and the outlet of middle stone
It send and is provided with lateral central gas nozzle on outdoor shell side wall, outside the transfer chamber between the middle stone outlet and microlith outlet
It is provided with lateral lower gas nozzle on shell side wall, rim end is transmitted in the rubble conveyer belt, middle stone conveyer belt and microlith
Right side be provided with slanting slanting baffle, be provided with transfer chamber water outlet immediately below the beginning of the rubble conveyer belt.
The water treatment facilities includes water treatment facilities shell, be tilted over filter plate, active carbon particle, water treatment facilities enter
Mouth, water treatment facilities water outlet and refuse collecting case；The water treatment facilities entrance is arranged on the top of water treatment facilities shell
Portion is provided with immediately below it and is tilted over filter plate, and the terminal for being tilted over filter plate is provided with refuse collecting case, is being tilted over filter plate
It is equipped with active carbon particle in the water treatment facilities shell of lower part, water treatment facilities shell bottom end side is provided with water process dress
Set water outlet；The water treatment facilities entrance is connected with the transfer chamber water outlet, and the water treatment facilities water outlet passes through
Pipeline is connected with the water jet of impulse chamber.
The impulse chamber outlet is provided with impulse chamber outlet opening and closing baffle, the opening and closing for controlling impulse chamber outlet.
Affixed arc crushing cutter is arranged for two-way arc outside the horizontal broken roller of the middle destroyer.
The extrusion roll shaft end of the left compression roller can horizontally slip in the left sliding slot, and squeezing when left compression roller
For pressure roller shaft end at the rightmost side of left sliding slot, the high resiliency spring is nature, and other positions are high resiliency spring
Compressive state.
It is described go out stone case end be square infundibulate, middle part and the compression roller joint to lower recess and with compression roller
Shape coordinates.
The end of the extrusion roll shaft of the right compression roller is fixedly connected on the side wall of the crushing chamber outlet.
The rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt are both provided with lower through-hole, and respective through-hole is straight
Diameter is rubble conveyer belt through-hole diameter>Middle stone conveyer belt through-hole diameter>Microlith transmits through-hole diameter.
The upper gas nozzle, central gas nozzle and lower gas nozzle are used to injection high temperature and high pressure gas.
Claims (10)
1. a kind of stone for building is crushed sorting equipment, which is characterized in that including ultrasonic treatment chamber, impulse chamber, crushing chamber, go-no-go
Device, drying transfer chamber and water treatment facilities；
The ultrasonic treatment chamber includes ultrasonic chamber enclosure, ultrasonic generator, conducting wire, is ultrasonically treated frame, ultrasonic head, ultrasonic needle, stone
Block entrance, ultrasonic treatment chamber outlet and outlet opening and closing baffle；The stone entrance is arranged in ultrasonic chamber enclosure side, in ultrasound
Supersound process frame is provided at the top of chamber enclosure, the supersound process frame is multiple, is in inverted " t " shape structure, each described super
Sonication frame includes the vertical stand on top and the horizontal processing frame of lower part, and the horizontal processing frame is laterally disposed in the ultrasonic chamber enclosure top
It portion and is connected to ultrasound room enclosure, the vertical stand is fixedly arranged on the horizontal processing top of the trellis center vertically, including more piece is perpendicular
Straight pipeline and the portion that is flexible coupling being connect with every section vertical pipeline；It is both provided with multiple ultrasounds in each horizontal processing frame bottom
Head is provided with ultrasonic needle in the ultrasonic head inner vertical；The ultrasonic generator is set to the ultrasound room shell exterior, institute
Conducting wire is stated to be set to inside the supersound process frame and be electrically connected the ultrasonic generator and the ultrasonic needle；At the ultrasound
The outlet of reason room is set to the ultrasound room outer casing bottom, and is opened and closed baffle by the outlet of setting to control ultrasonic treatment chamber outlet
Opening and closing；
The impulse chamber is arranged below the ultrasonic treatment chamber, including impact chamber enclosure, impact chamber inlet, pneumatic striking mechanism,
Water jet and impulse chamber outlet；The impact chamber inlet setting exports phase in impulse chamber cover top portion and with the ultrasonic treatment chamber
Connection, the pneumatic striking mechanism are horizontally set at the impulse chamber enclosure, and by pneumatically from impulse chamber enclosure one
The lateral other side carries out frequent Pneumatic immpacting, topmost water jet is provided in the side wall of impact chamber enclosure, in impact chamber enclosure
Bottom downwards recess formed impulse chamber outlet；
The crushing chamber includes broken chamber enclosure, broken chamber inlet, right destroyer, left destroyer, middle destroyer and crushing chamber
Outlet；The broken chamber inlet is provided with two, is arranged at crushing chamber cover top portion and is connected with impulse chamber outlet,
It is provided with the middle destroyer immediately below two broken chamber inlet joints, is distinguished in broken chamber enclosure or so two madial walls
It is provided with right destroyer and left destroyer, the right destroyer, left destroyer and middle destroyer are solid outside horizontal broken roller
It is connected to the structure of arc crushing cutter, the crushing chamber outlet is infundibulate and is arranged in the crushing chamber outer casing bottom；
Bottom is provided with sorting device in the crushing chamber exports, and the sorting device includes compression roller and goes out stone case；It is described
Compression roller is arranged 2 altogether, respectively left compression roller and right compression roller, and left and right is oppositely arranged, and two compression rollers are horizontal circle
Cylinder is both provided in cylinder center and squeezes rod axis, and two compression rollers using respective extrusion roll shaft as axis opposite direction rotating, squeeze by a left side
The extrusion roll shaft end set of pressure roller in horizontal left sliding slot, and with it is described go out stone case on the left of top it is affixed, in the extruding
The high resiliency spring that passes on left of roll shaft end is connect with left sliding slot left end, in the extrusion roll shaft end of the right compression roller
Left side is provided with horizontal right rail, is provided with a sliding block in right rail, the sliding block with it is described go out stone case on the right side of top it is solid
Connect, it is described go out stone case longitudinal section be upside-down trapezoid, can move left and right and move left and right with the left compression roller；
The drying transfer chamber include transmission chamber enclosure, rubble conveyer belt, middle stone conveyer belt, microlith conveyer belt, rubble outlet, in
Stone outlet, microlith outlet, upper gas nozzle, central gas nozzle, lower gas nozzle, slanting baffle, transmission chamber inlet and biography
Send room water outlet；The transmission chamber inlet setting is in transfer chamber cover top portion side, and its width goes out stone case or so for described in and moves
Dynamic length and the transmission chamber inlet by it is described go out the outlet of stone lower box part be placed in wherein；The transmission chamber inlet just under
Side is disposed with rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt from top to bottom, and the beginning of the rubble conveyer belt is set
Set it is described go out the underface of the leftmost side that can move of stone case, the beginning setting of the microlith conveyer belt it is described go out stone case energy
The beginning setting of the underface for the rightmost side enough moved, the middle stone conveyer belt transmits rim end in rubble and microlith conveyer belt begins
The centre position at end；The terminal of the rubble conveyer belt, middle stone conveyer belt and microlith conveyer belt is arranged in transmission chamber enclosure
The terminal of the portion leftmost side, the rubble conveyer belt is connected with rubble outlet, for the maximum stone grain of granularity to be discharged, institute
The terminal for stating middle stone conveyer belt is connected with the middle stone outlet, for the moderate stone grain of granularity to be discharged, the microlith transmission
The terminal of band is connected with microlith outlet, for the stone grain of granularity minimum to be discharged；Right over rubble outlet
Lateral upper gas nozzle is provided on transfer chamber side wall of outer shell, the transfer chamber between rubble outlet and the outlet of middle stone
Lateral central gas nozzle is provided on side wall of outer shell, the transfer chamber shell side between the middle stone outlet and microlith outlet
It is provided with lateral lower gas nozzle on wall, the right side of rim end is transmitted in the rubble conveyer belt, middle stone conveyer belt and microlith
Side is provided with slanting slanting baffle, and transfer chamber water outlet is provided with immediately below the beginning of the rubble conveyer belt；
The water treatment facilities includes water treatment facilities shell, is tilted over filter plate, active carbon particle, water treatment facilities entrance, water
Processing unit water outlet and refuse collecting case；The water treatment facilities entrance is arranged at the top of water treatment facilities shell,
It is provided with immediately below it and is tilted over filter plate, the terminal for being tilted over filter plate is provided with refuse collecting case, is being tilted over filter plate lower part
Water treatment facilities shell in be equipped with active carbon particle, water treatment facilities shell bottom end side, which is provided with water treatment facilities, to be gone out
The mouth of a river；The water treatment facilities entrance is connected with the transfer chamber water outlet, and the water treatment facilities water outlet passes through pipeline
It is connected with the water jet of impulse chamber.
2. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the supersound process frame is 3
It is a（Or it is 3 groups, every group 2）.
3. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that impulse chamber outlet setting
There are impulse chamber outlet opening and closing baffle, the opening and closing for controlling impulse chamber outlet.
4. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the transverse direction of the middle destroyer
Affixed arc crushing cutter is arranged for two-way arc outside breaker roll.
5. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the extruding of the left compression roller
Roll shaft end can horizontally slip in the left sliding slot, and when the extrusion roll shaft end of left compression roller is in the rightmost side of left sliding slot
When, the high resiliency spring is nature, and other positions are the compressive state of high resiliency spring.
6. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that it is described go out stone case end be side
Infundibulate, at middle part and the compression roller joint, the shape to lower recess and with compression roller coordinates.
7. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the extruding of the right compression roller
The end of roll shaft is fixedly connected on the side wall of the crushing chamber outlet.
8. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the rubble conveyer belt, in
Stone conveyer belt and microlith conveyer belt are both provided with lower through-hole, and respectively a diameter of rubble conveyer belt through-hole diameter of through-hole>In
Stone conveyer belt through-hole diameter>Microlith transmits through-hole diameter.
9. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the upper gas nozzle,
Central gas nozzle and lower gas nozzle are used to injection high-temperature gas.
10. stone for building according to claim 1 is crushed sorting equipment, which is characterized in that the upper gas nozzle,
Central gas nozzle and lower gas nozzle are used to injection high temperature and high pressure gas.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810169231.3A CN108374303B (en) | 2018-02-28 | 2018-02-28 | broken sorting device of stone for building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810169231.3A CN108374303B (en) | 2018-02-28 | 2018-02-28 | broken sorting device of stone for building |
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| Publication Number | Publication Date |
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| CN108374303A true CN108374303A (en) | 2018-08-07 |
| CN108374303B CN108374303B (en) | 2020-01-31 |
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ID=63018241
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810169231.3A Active CN108374303B (en) | 2018-02-28 | 2018-02-28 | broken sorting device of stone for building |
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| Country | Link |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109695193A (en) * | 2019-01-08 | 2019-04-30 | 南方高科工程技术有限公司 | Summer cold-patch liquid production equipment |
| CN112024076A (en) * | 2020-08-13 | 2020-12-04 | 张磊 | Stone crushing and screening device for engineering construction based on Internet of things |
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| KR100939519B1 (en) * | 2009-08-05 | 2010-02-03 | (주)현대산기 | Apparatus for crushing wood |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108374303B (en) | 2020-01-31 |
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Effective date of registration: 20200106 Address after: No. 31, Xinrong North Street, Xihongmen Town, Daxing District, Beijing Applicant after: China Railway 18th Bureau Group Beijing Engineering Co., Ltd Address before: 100027 Beijing Chaoyang District Xiaoyun Road No. 22 2 level Pengcheng Wan Lin Construction Machinery Co., Ltd. Applicant before: Guo Shuai |
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