CN208263244U - The recycling of foamed board remaining material crushes dedusting storage facilities - Google Patents

Abstract

A kind of foamed board remaining material recycling crushing dedusting storage facilities, including level-one grinding device and second level grinding device, storage device, level-one grinding device includes first crush box body, first crushing shaft group, first crushing shaft group includes crushing motor, crush main shaft, bearing assembly, left side mounting disc, right side mounting disc, first axis, second axis, third axis, first cutting tool, second level grinding device includes the second crushing cabinet, second crushing shaft group, dedusting mechanism, in the utility model, the Disintegrating knife of rotation carries out shearing crushing to foamed board leftover pieces and remaining material, form the suitable particle of granularity, then the suitable particle of these granularities is sent into new foamed board pressing plate station again, it is used as additive pressing plate raw material, form new foamed board, the leftover pieces and remaining material so not only made full use of, it is useless to solve these The problem of material pollution environment, and be utilized as part material, it reduces costs, improves yield.

Description

The recycling of foamed board remaining material crushes dedusting storage facilities

Technical field

The utility model relates to foamed board preparation technical fields more particularly to a kind of recycling of foamed board remaining material to crush dedusting Storage facilities.

Background technique

Foamed board requires after being made according to technique, needs to cut to form product according to regulation size, the side formed after cutting Corner material and remaining material are often used as waste disposal, not only waste raw material, but also since its lightweight is developed, bad to hoard, and hold Environment easy to pollute.

Summary of the invention

It is necessary to propose that a kind of pair of leftover pieces and remaining material secondary recovery are crushed using broken foamed board remaining material recycling Dedusting storage facilities.

A kind of recycling of foamed board remaining material crushes dedusting storage facilities, including level-one grinding device and second level grinding device, Storage device, level-one grinding device include first crush box body, the first crushing shaft group being set to inside first crush box body, and One crushes cabinet as hollow closed box, opens up feeding inlet in a upper side of first crush box body, is set at feeding inlet Expect tipping bucket, opens up discharge port in the bottom of first crush box body, the first discharge nozzle is arranged in discharge outlet, also on the first discharge nozzle Setting discharging blower, the first crushing shaft group include crushing motor, crushing main shaft, bearing assembly, left side mounting disc, right side installation Disk, the first axis, the second axis, third axis, the first cutting tool crush the outer wall side that motor is set to first crush box body On wall, the output shaft for crushing motor is connect with main shaft is crushed, and the one end for crushing main shaft is pierced by a side wall of first crush box body, With the output axis connection with crushing motor, the other end for crushing main shaft is fixedly connected with left side mounting disc, right side mounting disc connection Bearing assembly, bearing assembly are pierced by another side wall of first crush box body, with another side wall with first crush box body it Between be rotatablely connected, the first axis, the second axis, third axis be connected to left side mounting disc and right side mounting disc between, the first powder Broken knife group includes multiple first blades successively arranged side by side, the second blade, third blade, the first blade, the second blade, third Blade is semi-circular blade, and two mounting holes are opened up on the side wall of the first blade, so that the first axis and the second axis pass through, Two mounting holes are opened up on the side wall of second blade, so that the second axis and third axis pass through, are opened on the side wall of third blade If two mounting holes, so that the first axis and third axis pass through, the first blade, the second blade, third blade radius successively Increase, to form step-like notch, griddle net cloak is also set below the first cutting tool, griddle net cloak is the first crushing knife of semi-surrounding The arc bucket of group setting, also opens up mesh on the side wall of griddle net cloak, and second level grinding device includes the second crushing cabinet, is set to Second crushes the second crushing shaft group of box house, dedusting mechanism, and second crushes cabinet as closed box, crushes cabinet second The second discharge nozzle is arranged in bottom, and the outlet of the first discharge nozzle penetrates at the top of the second crushing cabinet to inside, dedusting mechanism packet Filter bag, sweep-up pipe, dust absorption fan, dust suction air hose are included, one end of sweep-up pipe is connected to the bottom of the second crushing cabinet, sweep-up pipe The connection of the entrance of the other end and filter bag, on sweep-up pipe, the setting of dust suction air hose crushes box house second for dust absorption fan setting Top, more air suction openings are also opened up on the side wall of dust suction air hose, tubaeform suction inlet is set on air suction opening, second crush The taper blanking barrel of the top setting big upper and lower small mouth of box house, the outlet of the first discharge nozzle is set to taper blanking barrel Interior, the outlet of the second discharge nozzle is connect with storage device, and storage device is for storing smashed particle.

Preferably, the first blade tilt is arranged, the setting of third blade tilt, the first blade and third blade tilt direction phase Instead.

Preferably, back-blowing mechanism is also set in first crush box body, and back-blowing mechanism includes blowback motor, the first anti-blowpipe Group, the second anti-blowpipe group, third anti-blowpipe group, the first anti-blowpipe group, the second anti-blowpipe group, third anti-blowpipe group are electric with blowback Machine connection, the first anti-blowpipe group, the second anti-blowpipe group, third anti-blowpipe group include setting along first crush box body length direction The multiple single tubes set, the air outlet of the first anti-blowpipe group are set to the underface of griddle net cloak, the air inlet of the second anti-blowpipe group and The air inlet of third anti-blowpipe group is symmetrically disposed on the two sides of the first anti-blowpipe group, with griddle net cloak left and right sidewall face.

Preferably, the second crushing shaft group includes two group of second cutting tool being oppositely arranged, the second cutting tool packet Include transmission shaft, the long blade that is set on transmission shaft and shortened cutting blade, long blade and shortened cutting blade are staggered.

Preferably, storage device includes overlapping the rigid frame formed by rigid support and being arranged in rigid frame The air-permeable layer cord in portion also covers sealing cover at the top of rigid frame, opens up feeding inlet, discharge port on sealing cover, and second The feeding inlet of the outlet of discharge nozzle and sealing cover connects, discharge port for being connect with discharge pipe, by comminuting matter export to Trigger squeeze, also opens up dust removal port at the top of sealing cover, and the filter bag entrance of the usual cleaning shaft of dust removal port and dedusting mechanism connects, Dedusting fan is set on cleaning shaft.

In the utility model, crushes motor and drive crushing main shaft, bearing assembly rotation, while the first cutting tool also synchronizes The Disintegrating knife of rotation, rotation carries out shearing crushing to foamed board leftover pieces and remaining material, forms the suitable particle of granularity, then The suitable particle of these granularities is sent into new foamed board pressing plate station again, uses, is formed new as additive pressing plate raw material Foamed board, the leftover pieces so not only made full use of and remaining material solve the problems, such as these waste entrainment environment, and conduct Part material is utilized, again pressing plate, forms foamed board, and raw material recycling reduces costs, improves yield；

The utility model is also provided with dedusting mechanism, and dedusting mechanism is by lighter broken of the specific gravity floated in the second crush box body Material recycling, avoids dust from flying, causes the dust pollution of work situation.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that the recycling of foamed board remaining material crushes dedusting storage facilities.

Fig. 2 is the schematic view of the front view of the first crushing shaft group.

Fig. 3 is the right side structural representation of the first crushing shaft group.

Fig. 4 is the right side structural representation of the first crushing shaft group of another embodiment.

Fig. 5 is the right side structural representation of the second crushing shaft group.

Fig. 6 is the schematic view of the front view of the second crushing shaft group.

In figure: first crush box body 10, the first discharge nozzle 12, the first crushing shaft group 20, crushes main shaft at pan feeding tipping bucket 11 21, bearing assembly 22, left side mounting disc 23, right side mounting disc 24, the first axis 25, the second axis 26, third axis 27, first Cutting tool 28, the first blade 281, the second blade 282, third blade 283, griddle net cloak 29, back-blowing mechanism 30, the first anti-blowpipe Group the 31, second anti-blowpipe group 32, third anti-blowpipe group 33, second crush cabinet 40, the second discharge nozzle 41, taper blanking barrel 42, Second crushing shaft group 50, transmission shaft 51, long blade 52, shortened cutting blade 53, dedusting mechanism 60, filter bag 61, sweep-up pipe 62, dust absorption fan 63, dust suction air hose 64, suction inlet 641, storage device 70, rigid frame 71, air-permeable layer cord 72, sealing cover 73, feeding inlet 731, discharge port 732, dust removal port 733.

Specific embodiment

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is some embodiments of the utility model, for this For the those of ordinary skill of field, without creative efforts, it can also be obtained according to these attached drawings others Attached drawing.

Referring to Fig. 1 to Fig. 6, the utility model embodiment, which provides a kind of recycling of foamed board remaining material and crushes dedusting storage, to be set It is standby, including level-one grinding device and second level grinding device, storage device, level-one grinding device include first crush box body 10, set The first crushing shaft group 20 being placed in inside first crush box body 10, first crush box body 10 is hollow closed box, in the first powder One upper side of broken cabinet 10 opens up feeding inlet, pan feeding tipping bucket 11 is arranged at feeding inlet, in the bottom of first crush box body 10 Discharge port is opened up, the first discharge nozzle 12 is arranged in discharge outlet, setting discharging blower, the first crushing shaft also on the first discharge nozzle 12 Group 20 include crush motor, crush main shaft 21, bearing assembly 22, left side mounting disc 23, right side mounting disc 24, the first axis 25, Second axis 26, third axis 27, the first cutting tool 28 crush the outer wall side wall that motor is set to first crush box body 10 On, the output shaft for crushing motor is connect with main shaft 21 is crushed, and the one end for crushing main shaft 21 is pierced by one of first crush box body 10 Side wall, with the output axis connection with crushing motor, the other end for crushing main shaft 21 is fixedly connected with left side mounting disc 23, right side peace Sabot 24 connects bearing assembly 22, and bearing assembly 22 is pierced by another side wall of first crush box body 10, with first crush box It is rotatablely connected between another side wall of body 10, the first axis 25, the second axis 26, third axis 27 are connected to left side mounting disc Between 23 and right side mounting disc 24, the first cutting tool 28 includes multiple first blades 281 successively arranged side by side, the second blade 282, third blade 283, the first blade 281, the second blade 282, third blade 283 are semi-circular blade, the first blade 281 Side wall on open up two mounting holes, so that the first axis 25 and the second axis 26 pass through, opened up on the side wall of the second blade 282 Two mounting holes open up two mounting holes so that the second axis 26 and third axis 27 pass through on the side wall of third blade 283, So that the first axis 25 and third axis 27 pass through, the first blade 281, the second blade 282, third blade 283 radius successively Increase, to form step-like notch, griddle net cloak 29 is set also below the first cutting tool 28, griddle net cloak 29 is semi-surrounding first The arc bucket that cutting tool 28 is arranged also opens up mesh on the side wall of griddle net cloak 29, and the second crushing cabinet 40 is closed box, 40 bottom of cabinet being crushed second, second discharge nozzle 41 being set, the outlet of the first discharge nozzle is worn from the top of the second crushing cabinet 40 Enter to inside, dedusting mechanism 60 includes filter bag 61, sweep-up pipe 62, dust absorption fan 63, dust suction air hose 64, one end of sweep-up pipe 62 with Second crushes the bottom connection of cabinet 40, and the other end of sweep-up pipe 62 connect with the entrance of filter bag 61, dust absorption fan 63 be arranged and On sweep-up pipe 62, the top inside the second crushing cabinet 40 is arranged in dust suction air hose 64, also opens on the side wall of dust suction air hose 64 If more air suction openings, tubaeform suction inlet 641 is set on air suction opening, the top setting inside the second crushing cabinet 40 is suitable for reading Greatly, the small taper blanking barrel 42 of lower mouth, the outlet of the first discharge nozzle are set in taper blanking barrel 42, and the second discharge nozzle 41 goes out Mouth is connect with storage device 70, and storage device 70 is for storing smashed particle.

Further, the first blade 281 is obliquely installed, and third blade 283 is obliquely installed, the first blade 281 and third blade 283 inclined directions are opposite.When cutting foamed board, foamed board is or not the first opposite blade 281 of inclined direction and third blade 283 The only cutting force by blade axial direction, and with axis formed obtuse angle alpha blade side wall formed to foaming particle it is upward The power stirred so that particle or half particle are stirred by blade, and then seethe upwards, form particle or half particle and blade is multiple Contact the chance being repeatedly crushed.

Further, back-blowing mechanism 30 is set also in first crush box body 10, and back-blowing mechanism 30 includes blowback motor, first Anti-blowpipe group 31, the second anti-blowpipe group 32, third anti-blowpipe group 33, the first anti-blowpipe group 31, the second anti-blowpipe group 32, third are anti- Blowpipe group 33 is connect with blowback motor, and the first anti-blowpipe group 31, the second anti-blowpipe group 32, third anti-blowpipe group 33 include edge Multiple single tubes of 10 length direction of first crush box body setting, the air outlet of the first anti-blowpipe group 31 is set to griddle net cloak 29 Underface, the air inlet of the second anti-blowpipe group 32 and the air inlet of third anti-blowpipe group 33 are symmetrically disposed on the first anti-blowpipe group 31 Two sides, with 29 left and right sidewall face of griddle net cloak.

Since the bottom of the griddle net cloak 29 of arc is easy accumulation particle, so setting back-blowing mechanism 30, secondary by particle It blows afloat by blade separating twice.

Further, the second crushing shaft group 50 includes two group of second cutting tool being oppositely arranged, the second cutting tool Including transmission shaft 51, the long blade being set on transmission shaft 51 52 and shortened cutting blade 53, long blade 52 and shortened cutting blade 53 are staggered.

Further, storage device 70 includes overlapping the rigid frame 71 formed by rigid support and being arranged in rigid frame Air-permeable layer cord 72 inside frame 71 also covers sealing cover 73 at the top of rigid frame 71, opens up pan feeding on sealing cover 73 Mouth 731, discharge port 732, the outlet of the second discharge nozzle are connect with the feeding inlet 731 of sealing cover 73, and discharge port 732 is used for and discharging Pipeline connection, comminuting matter is exported to trigger squeeze, and dust removal port 733 is also opened up at the top of sealing cover 73, and dust removal port 733 is usual The connection of the filter bag entrance of cleaning shaft and dedusting mechanism, is arranged dedusting fan on cleaning shaft.

Module or unit in the utility model embodiment device can be merged according to actual needs, divide and be deleted Subtract.

Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality The equivalent variations made by novel claim, still falls within the scope of the utility model.

Claims (3)

1. a kind of foamed board remaining material recycling crushes dedusting storage facilities, it is characterised in that: including level-one grinding device and second level Grinding device, storage device, level-one grinding device include first crush box body, the first powder being set to inside first crush box body Broken axis group, first crush box body are hollow closed box, feeding inlet are opened up in a upper side of first crush box body, in feeding inlet Setting pan feeding tipping bucket in place's opens up discharge port in the bottom of first crush box body, and the first discharge nozzle is arranged in discharge outlet, also first Setting discharging blower on discharge nozzle, the first crushing shaft group include crushing motor, crushing main shaft, bearing assembly, left side mounting disc, the right side Side mounting disc, the first axis, the second axis, third axis, the first cutting tool crush motor and are set to first crush box body On outer wall side wall, the output shaft for crushing motor is connect with main shaft is crushed, and the one end for crushing main shaft is pierced by the one of first crush box body A side wall, with the output axis connection with crushing motor, the other end for crushing main shaft is fixedly connected with left side mounting disc, right side installation Disk connects bearing assembly, and bearing assembly is pierced by another side wall of first crush box body, with another with first crush box body It being rotatablely connected between side wall, the first axis, the second axis, third axis are connected between left side mounting disc and right side mounting disc, First cutting tool includes multiple first blades successively arranged side by side, the second blade, third blade, the first blade, the second knife Piece, third blade are semi-circular blade, and two mounting holes are opened up on the side wall of the first blade, so that the first axis and second lead to Axis passes through, and two mounting holes are opened up on the side wall of the second blade, so that the second axis and third axis pass through, the side of third blade Two mounting holes are opened up on wall, so that the first axis and third axis pass through, the first blade, the second blade, third blade half Diameter is sequentially increased, and to form step-like notch, griddle net cloak is also arranged below the first cutting tool, griddle net cloak is semi-surrounding first The arc bucket of cutting tool setting, also opens up mesh on the side wall of griddle net cloak, second level grinding device include second crush cabinet, It is set to the second crushing shaft group, the dedusting mechanism of the second crushing box house, second crushes cabinet for closed box, in the second powder The second discharge nozzle is arranged in the broken bottom of box, and the outlet of the first discharge nozzle penetrates at the top of the second crushing cabinet to inside, dedusting Mechanism includes filter bag, sweep-up pipe, dust absorption fan, dust suction air hose, and one end of sweep-up pipe is connected to the bottom of the second crushing cabinet, inhales The other end of dirt pipe and the entrance of filter bag connect, and on sweep-up pipe, dust suction air hose is arranged in the second crush box for dust absorption fan setting The top in internal portion, more air suction openings are also opened up on the side wall of dust suction air hose, tubaeform suction inlet is arranged on air suction opening, the Two crush the taper blanking barrel of the top setting big upper and lower small mouth of box house, and the outlet of the first discharge nozzle is set to taper In blanking barrel, the outlet of the second discharge nozzle is connect with storage device, and storage device is for storing smashed particle, institute Stating storage device includes the air-permeable layer curtain for overlapping the rigid frame formed by rigid support and being arranged in inside rigid frame Cloth also covers sealing cover at the top of rigid frame, feeding inlet, discharge port, the outlet of the second discharge nozzle is opened up on sealing cover It is connect with the feeding inlet of sealing cover, comminuting matter is exported to trigger squeeze, also sealed for connecting with discharge pipe by discharge port Dust removal port is opened up at the top of mask, the filter bag entrance connection of the usual cleaning shaft of dust removal port and dedusting mechanism is set on cleaning shaft Set dedusting fan.

2. foamed board remaining material recycling as described in claim 1 crushes dedusting storage facilities, it is characterised in that: also in the first powder Back-blowing mechanism is set in broken cabinet, and back-blowing mechanism includes blowback motor, the first anti-blowpipe group, the second anti-blowpipe group, third blowback Pipe group, the first anti-blowpipe group, the second anti-blowpipe group, third anti-blowpipe group are connect with blowback motor, the first anti-blowpipe group, second Anti-blowpipe group, third anti-blowpipe group include the multiple single tubes being arranged along first crush box body length direction, the first anti-blowpipe The air outlet of group is set to the underface of griddle net cloak, and the air inlet of the second anti-blowpipe group and the air inlet of third anti-blowpipe group are symmetrical Be set to the two sides of the first anti-blowpipe group, with griddle net cloak left and right sidewall face.

3. foamed board remaining material recycling as described in claim 1 crushes dedusting storage facilities, it is characterised in that: second powder Broken axis group includes two group of second cutting tool being oppositely arranged, and the second cutting tool includes transmission shaft, is set on transmission shaft Long blade and shortened cutting blade, long blade and shortened cutting blade are staggered.