CN217016914U

CN217016914U - Rubble recovery unit for building refuse treatment

Info

Publication number: CN217016914U
Application number: CN202220056284.6U
Authority: CN
Inventors: 宋嘉军; 田东亮; 徐海剑; 马丽娅
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-01-10
Filing date: 2022-01-10
Publication date: 2022-07-22
Anticipated expiration: 2032-01-10

Abstract

The utility model discloses a broken stone recovery device for building garbage treatment, which comprises an outer frame, a crushing bin and a conveyor belt, wherein the crushing bin is arranged on the outer frame, a crushing motor is arranged on the crushing bin, the power output end of the crushing motor penetrates through the surface of the crushing bin and is connected with the power input end of a crushing roller, the bottom of the crushing bin is provided with a first screening bin, an installation support is arranged in the first screening bin, a screening inclined plate is arranged on the installation support, the bottom of the outer frame is fixedly connected with a collection bin, a second screening bin is welded at the bottom of the first screening bin, a grinding roller is arranged in the second screening bin, the bottom surface in the second screening bin is provided with a screen, the broken stones can be crushed and ground through a double-structure, and the broken stones can be finely processed effectively, and can screen the difficult rubble of size, conveniently classify the rubble, the usability of the recovery unit who makes is higher.

Description

Rubble recovery unit for construction waste treatment

Technical Field

The utility model relates to the technical field of constructional engineering, in particular to a broken stone recovery device for construction waste treatment.

Background

The construction waste refers to the general name of the dregs, waste concrete, waste bricks and stones and other wastes generated in the production activities of people in the construction industry such as demolition, construction, decoration, repair and the like. The construction waste can be classified into engineering residue soil, decoration waste, demolition waste, engineering slurry and the like according to the production source; the construction waste can be classified according to composition, and can be classified into muck, concrete blocks, broken stones, broken brick and tile blocks, waste mortar, slurry, asphalt blocks, waste plastics, waste metals, waste bamboo and wood, and the like. These materials are not helpful to the construction itself, but are substances generated in the construction process, and need to be treated correspondingly, so that the ideal engineering project construction can be achieved, and because the materials are an integral process, the link consideration is more important.

A rubble recovery unit for building refuse treatment on the market has following drawback: when retrieving the building engineering rubbish rubble, carrying out broken tiny back to the rubble, can not filter the rubble, lead to the rubble of not uniform size to pile up together, cause the not good categorised condition easily, and carrying out broken back to the rubble, can not carry out broken operation again to broken unqualified rubble, easily lead to unqualified rubble to mix in qualified rubble, can not satisfy the user demand.

SUMMERY OF THE UTILITY MODEL

The utility model mainly aims to provide a broken stone recovery device for building garbage treatment, which can effectively solve the problems in the background technology.

In order to realize the purpose, the utility model adopts the technical scheme that:

the utility model provides a rubble recovery unit for building refuse treatment, includes the outrigger, still includes broken storehouse and conveyer belt, broken storehouse specifically comprises broken motor, installing support, sieve material swash plate, collection storehouse, the cylinder of milling, screen cloth and crushing roller, broken storehouse is installed on the outrigger, be provided with broken motor on the broken storehouse, the power take off end of broken motor runs through the power input end that is connected with the crushing roller behind broken storehouse surface, first sieve feed bin is installed to broken storehouse bottom, install the installing support in the first sieve feed bin, be provided with sieve material swash plate on the installing support, outrigger bottom fixedly connected with collects the storehouse, first sieve feed bin bottom welding has second sieve feed bin, install the cylinder of milling in the second sieve feed bin, the bottom surface is provided with the screen cloth in the second sieve feed bin, the conveyer belt specifically is by returning flitch, the storehouse and crushing roller, Rotatory board, open-close plate, diaphragm, roof, hinge, rotatory standing groove, fixed block, torsional spring A and torsional spring B of piling up constitute.

Furthermore, a torsional spring B is arranged on the surface of the inner wall of one side, far away from the milling drum, of the second screening bin, a rotary stacking plate is arranged on the torsional spring B, a hinge is arranged on the surface of one side of the second screening bin, an opening plate is hinged to the surface of one side of the second screening bin through the hinge, a transverse plate is welded on the second screening bin, the conveyor belt is arranged on the transverse plate, a fixed block is fixedly connected onto a belt on one side of the conveyor belt, a torsional spring A is arranged on the fixed block, a rotary placing plate is arranged on the torsional spring A in a matched mode, a top plate is fixedly connected onto the rotary placing plate, and when the crushed stones pass through the crushing bin, the first screening bin and the second screening bin, the larger crushed stones cannot fall into the collecting bin through a screening material inclined plate and a screen mesh, and can only fall onto the rotary stacking plate, the conveyor belt is electrified to work at the moment, and the fixed block and the rotary placing groove are driven to rotate through the belt of the conveyor belt, in the process of rotating the rotary placing groove, the fixed block is contacted with the opening plate and applies an upward force to the opening plate, so that the opening plate rotates upwards, the fixed block can pass through a gap between the two opening plates, at the moment, the top plate on the rotary placing groove is contacted with the bottom surface of the rotary stacking plate, as the width of the rotary placing groove is half of that of the rotary stacking plate, the top plate can only be pushed to the right side position of a torsion spring B of the rotary stacking plate, so that the rotary stacking plate rotates anticlockwise through the torsion spring B, the broken stones on the rotary stacking plate fall downwards into the rotary placing groove at the moment, then the rotary placing groove and the broken stones in the rotary stacking plate are conveyed and driven to continuously rise, when the top plate and the rotary stacking plate are far away from each other, the torsion spring B recovers deformation, so that the rotary stacking plate recovers the original position, the broken stones can be stacked again, and when the rotary placing groove rises until the top plate is contacted with a return plate, the flitch gives a decurrent power of rotatory standing groove, thereby make torsional spring A atress deformation, rotatory standing groove anticlockwise rotation this moment, thereby unload into the pan feeding chute with the rubble on it in, make great rubble carry out breakage again and the processing of milling, can sieve out and pay-off again to it to the great rubble of size is automatic and process, manpower resources's requirement has been reduced, and can be continuous screen the reprocess to the rubble, it is automatic higher, it is very convenient to use, and is suitable for promoting.

Further, outrigger top fixed mounting has the pan feeding mouth, install the pan feeding chute in the pan feeding mouth, pan feeding mouth one side fixedly connected with return plate puts into the pan feeding mouth with the rubble if the material chute in, just the rubble carries out the breakage and mills the processing and handling in time.

Furthermore, the crushing motors and the crushing rollers are arranged in two groups, the crushing motors and the crushing rollers are arranged in the crushing bin in two groups, and crushing treatment can be performed at any time through the crushing rollers in two groups.

Further, the electric power input ends of the crushing motor, the grinding roller and the conveyor belt are connected with an electric power output end of an external power supply, crushed stones with different sizes can be automatically screened, and unqualified crushed stones are processed again.

Compared with the prior art, the utility model has the following beneficial effects: carry out the broken processing of milling to the rubble through the dual structure that sets up, can be effectual carry out the processing operation of refining to the rubble, and can filter the difficult rubble of size, the convenience is categorised the rubble, the recovery unit's of messenger practicality is higher, can satisfy the user demand, and can also screen out and process it again to carrying out the pay-off again to the great rubble of size is automatic, manpower resources's requirement has been reduced, and can be continuous filter heavy processing to the rubble, it is automatic higher, it is very convenient to use, and is suitable for being promoted.

Drawings

Fig. 1 is a schematic three-dimensional structure diagram of a broken stone recovery device for construction waste treatment according to the present invention.

Fig. 2 is a schematic structural diagram of a second sieve bin of the broken stone recovery device for building waste treatment.

Fig. 3 is a schematic structural diagram of a fixing block of the broken stone recovery device for building waste treatment according to the present invention.

FIG. 4 is a schematic structural diagram of a crushing bin of the crushed stone recycling device for building waste disposal according to the present invention.

In the figure: 1. a feeding port; 2. a crushing bin; 201. a crushing motor; 202. mounting a bracket; 203. a material screening inclined plate; 204. a collecting bin; 205. a milling drum; 206. screening a screen; 207. a crushing roller; 3. a first screening bin; 4. an outer frame; 5. a feeding chute; 6. a conveyor belt; 601. a material returning plate; 602. rotating the stacking plate; 603. opening and closing the plate; 604. a transverse plate; 605. a top plate; 606. a hinge; 607. rotating the placing groove; 608. a fixed block; 609. A torsion spring A; 610. a torsion spring B; 7. a second screening bin.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the utility model easy to understand, the utility model is further explained by combining the specific embodiments.

As shown in fig. 1-4, a broken stone recycling device for building waste disposal comprises an outer frame 4, and further comprises a crushing bin 2 and a conveyor belt 6, wherein the crushing bin 2 specifically comprises a crushing motor 201, a mounting bracket 202, a sieve sloping plate 203, a collecting bin 204, a grinding drum 205, a screen 206 and a crushing roller 207, the crushing bin 2 is mounted on the outer frame 4, the crushing bin 2 is provided with the crushing motor 201, a power output end of the crushing motor 201 penetrates through the surface of the crushing bin 2 and is connected with a power input end of the crushing roller 207, a first sieve bin 3 is mounted at the bottom of the crushing bin 2, the mounting bracket 202 is mounted in the first sieve bin 3, the sieve sloping plate 203 is arranged on the mounting bracket 202, the collecting bin 204 is fixedly connected at the bottom of the outer frame 4, a second sieve bin 7 is welded at the bottom of the first sieve bin 3, the grinding drum 205 is mounted in the second sieve bin 7, the bottom surface in the second screening bin 7 is provided with a screen 206, and the conveyor belt 6 specifically comprises a feed back plate 601, a rotary stacking plate 602, a opening plate 603, a transverse plate 604, a top plate 605, a hinge 606, a rotary placing groove 607, a fixing block 608, a torsion spring a609 and a torsion spring B610.

Wherein, the surface of the inner wall of the second screening bin 7 far away from the grinding roller 205 is provided with a torsional spring B610, the torsional spring B610 is provided with a rotary stacking plate 602, the surface of one side of the second screening bin 7 is provided with a hinge 606, the surface of one side of the second screening bin 7 is hinged with an open-close plate 603 through the hinge 606, the second screening bin 7 is welded with a transverse plate 604, the conveyor belt 6 is arranged on the transverse plate 604, a belt at one side of the conveyor belt 6 is fixedly connected with a fixed block 608, the fixed block 608 is provided with a torsional spring A609, the torsional spring A609 is matched with a rotary placing plate, the rotary placing plate is fixedly connected with a top plate 605, when the crushed stone passes through the crushing bin 2, the first screening bin 3 and the second screening bin 7, the larger crushed stone can not fall into the collecting bin 204 through the screening inclined plate 203 and the screen 206 and can only fall on the rotary stacking plate 602, and the conveyor belt 6 at the moment is electrified to start working, the fixed block 608 and the rotary placing groove 607 are rotated by the belt of the conveyor 6, the fixed block 608 contacts with the opening plate 603 and applies an upward force to the opening plate 603 during the rotation of the rotary placing groove 607, so that the opening plate 603 is rotated upward, and the fixed block 608 can pass through the gap between the two opening plates 603, at this time, the top plate 605 on the rotary placing groove 607 contacts with the bottom surface of the rotary stacking plate 602, since the width of the rotary placing groove 607 is half of that of the rotary stacking plate 602, the top plate 605 can only be pushed to the right side position of the torsion spring B610 of the rotary stacking plate 602, so that the rotary stacking plate 602 rotates counterclockwise by the torsion spring B610, at this time, the crushed stones on the rotary stacking plate 602 fall down into the rotary placing groove 607, then the conveyor 6 rotates with the placing groove 607 and the crushed stones therein to continue rising, when the top plate 605 and the rotary stacking plate 602 are far away from each other, torsional spring B610 resumes deformation, thereby make rotatory board 602 of piling up resume the normal position, thereby can pile up the rubble once more, when rotatory standing groove 607 rises to roof 605 and material return plate 601 and contacts, material return plate 601 gives a decurrent power of rotatory standing groove 607, thereby make torsional spring A609 atress deformation, rotatory standing groove 607 anticlockwise rotation this moment, thereby unload the rubble on it into pan feeding chute 5 in, make great rubble carry out breakage and grinding again and handle, can sieve out and pay-off again to it automatically to the great rubble of size and process, manpower resources's requirement has been reduced, and can be continuous sieve the reprocess to the rubble, it is automatic higher, it is very convenient to use, and is suitable for promoting.

Wherein, the top fixed mounting of outrigger 4 has pan feeding mouth 1, install pan feeding chute 5 in the pan feeding mouth 1, pan feeding mouth 1 one side fixedly connected with feed back board 601 is put into pan feeding mouth 1 with the rubble through like the material chute, just the rubble carries out the breakage and mills the processing and handle in time.

Wherein, the crushing motor 201 and the crushing roller 207 are provided with two sets, and the two sets of crushing motor 201 and the crushing roller 207 are both installed in the crushing bin 2, and through the two sets of crushing rollers 207, the crushing treatment can be carried out at any time through the crushing roller 207.

Wherein, broken motor 201, the electric power input end of grinding cylinder 205 and conveyer belt 6 are connected with external power source's electric power output end, can be automatic screen the rubble not of uniform size to carry out processing again with unqualified rubble.

It should be noted that the utility model is a broken stone recovery device for building garbage disposal, when in use, firstly, the broken stone to be disposed is put into the feeding port 1 through the feeding chute 5, at this time, the broken stone falls downwards into the crushing bin 2 under the action of gravity, the crushing roller 207 in the crushing bin 2 is driven by the crushing motor 201 to rotate, the broken stone is crushed, the crushed broken stone falls on the sieve material sloping plate 203, at this time, the smaller broken stone falls into the collecting bin 204 through the sieve material sloping plate 203, the larger broken stone rolls downwards on the sieve material sloping plate 203 and falls into the second sieve material bin 7, then the broken stone continues to be finely crushed under the milling of the milling roller 205, at this time, a part of the again reduced broken stone falls into the collecting bin 204 through the screen 206, the broken stone can be crushed by the double-structure, the fine processing operation of the broken stone can be effectively carried out, and can screen the size of the difficult rubble, it is convenient to classify the rubble, make the practicability of the recovery unit higher, can meet the user demand, after the rubble passes breaking storehouse 2, first sieve feed bin 3 and second sieve feed bin 7, the bigger rubble fails to fall into collecting the storehouse 204 through sieve material swash plate 203 and screen 206, can only fall on the rotatory stacking plate 602, the conveyer belt 6 at this moment is electrified and begins to work, drive the fixed block 608 and rotate the standing groove 607 to rotate through the belt of the conveyer belt 6, in the course that the standing groove 607 rotates, the fixed block 608 contacts with the open-close plate 603, and exert an upward force to the open-close plate 603, thus make the open-close plate 603 rotate upwards, thus make the fixed block 608 can pass through the space between two open-close plates 603, the roof 605 on the standing groove 607 contacts with the bottom surface of the rotatory stacking plate 602 at this moment, since the width of the rotary placing groove 607 is half of that of the rotary stacking plate 602, the top plate 605 can only be pushed to the right side position of the torsion spring B610 of the rotary stacking plate 602, so that the rotary stacking plate 602 rotates counterclockwise by the torsion spring B610, the crushed stones on the rotary stacking plate 602 fall down into the rotary placing groove 607, then the conveyor belt 6 with the rotary placing groove 607 and the crushed stones therein continues to rise, when the top plate 605 and the rotary stacking plate 602 are far away from each other, the torsion spring B610 recovers deformation, so that the rotary stacking plate 602 recovers to the original position, so that the crushed stones can be stacked again, when the rotary placing groove 607 rises to contact the top plate 605 and the return plate 601, the return plate 601 gives a downward force to the rotary placing groove 607 to deform the torsion spring a under stress, and at this time, the rotary placing groove 607 rotates counterclockwise, so that the crushed stones thereon are discharged into the feeding chute 5, so that the crushing and grinding process is performed again, can sieve out and pay off again to it automatically to the great rubble of size and process, reduce manpower resources's requirement, and can be continuous sieve the heavy processing to the rubble, it is automatic higher, it is very convenient to use, is fit for promoting.

The foregoing shows and describes the general principles and features of the present invention, together with the advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the utility model as claimed. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims

1. The broken stone recovery device for building garbage treatment comprises an outer frame (4) and is characterized by further comprising a crushing bin (2) and a conveying belt (6), wherein the crushing bin (2) is specifically composed of a crushing motor (201), a mounting bracket (202), a screening inclined plate (203), a collecting bin (204), a grinding roller (205), a screen (206) and a crushing roller (207), the crushing bin (2) is mounted on the outer frame (4), the crushing motor (201) is arranged on the crushing bin (2), the power output end of the crushing motor (201) penetrates through the surface of the crushing bin (2) and is connected with the power input end of the crushing roller (207), a first screening bin (3) is mounted at the bottom of the crushing bin (2), the mounting bracket (202) is mounted in the first screening bin (3), the screening inclined plate (203) is arranged on the mounting bracket (202), outer frame (4) bottom fixedly connected with collects storehouse (204), the welding of first sieve feed bin (3) bottom has second sieve feed bin (7), install in second sieve feed bin (7) and grind cylinder (205), the bottom surface is provided with screen cloth (206) in second sieve feed bin (7), conveyer belt (6) specifically comprise feed back plate (601), rotatory stacking plate (602), open-close plate (603), diaphragm (604), roof (605), hinge (606), rotatory standing groove (607), fixed block (608), torsional spring A (609) and torsional spring B (610).

2. The crushed stone recovery device for building waste disposal according to claim 1, wherein: second sieve feed bin (7) are kept away from grinding cylinder (205) one side inner wall surface mounting and are had torsional spring B (610), install rotatory stacking plate (602) on torsional spring B (610), second sieve feed bin (7) one side surface mounting has hinge (606), second sieve feed bin (7) a side surface articulates through hinge (606) has open-close plate (603), the welding has diaphragm (604) on second sieve feed bin (7), install on diaphragm (604) conveyer belt (6), fixedly connected with fixed block (608) on the belt of conveyer belt (6) one side, install torsional spring A (609) on fixed block (608), torsional spring A (609) are gone up the cooperation and are installed the rotation and place the board, fixedly connected with roof (605) on the board is placed in the rotation.

3. The crushed stone recovery device for building waste disposal according to claim 1, wherein: the outer frame (4) top fixed mounting has pan feeding mouth (1), install pan feeding chute (5) in pan feeding mouth (1), pan feeding mouth (1) one side fixedly connected with feed back plate (601).

4. The crushed stone recovery device for building waste disposal according to claim 1, wherein: the crushing motors (201) and the crushing rollers (207) are arranged in two groups, and the crushing motors (201) and the crushing rollers (207) in the two groups are arranged in the crushing bin (2).

5. The construction waste disposal crushed stone recovery device according to claim 1, wherein: the power input ends of the crushing motor (201), the grinding roller (205) and the conveyor belt (6) are connected with the power output end of an external power supply.