CN209531073U - Building castoff resource recycling utilizes device - Google Patents
Building castoff resource recycling utilizes device Download PDFInfo
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- CN209531073U CN209531073U CN201920011260.7U CN201920011260U CN209531073U CN 209531073 U CN209531073 U CN 209531073U CN 201920011260 U CN201920011260 U CN 201920011260U CN 209531073 U CN209531073 U CN 209531073U
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- crush box
- crushing
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- support base
- combination
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Abstract
The utility model belongs to fuel production applied technical field, it specifically discloses building castoff resource recycling and utilizes device, by crush box, and feed inlet, discharge port on crush box are set, and the support base of crushing box bottom is set, and the lift adjustment component being used in combination with support base, and the shredder assemblies being used in combination with crush box form, wherein, support base is run through in one end of discharge port.The building castoff resource recycling of the utility model is using the beneficial effect of device: it designs reasonable, crush box, feed inlet, discharge port, support base, lift adjustment component, shredder assemblies and the auxiliary discharge component structure being used in combination, raw material to be comminuted such as timber frame, plastics, rubble etc. can be carried out to efficient, high-quality and stable comminution process, the requirement for meeting secondary processing product circulation production process, also solves the phenomenon that existing pulverizer easily blocks.
Description
Technical field
The utility model belongs to building castoff applied technical field, and in particular to building castoff resource recycling utilizes
Device, the raw material for treating recycling carry out efficient, high-quality comminution process such as timber frame, plastics, rubble etc..
Background technique
Building waste is in the solid waste for implementing to generate in newly-built, renovating and enlarging or demolishing process to building
Object, that is, building castoff.According to the difference of the generating source of building waste, construction building rubbish and demolition building waste can be divided into.
Construction building rubbish is exactly the solid waste generated in newly-built, reconstruction or extention project as its name suggests, and is demolished
Building waste is exactly the building waste generated when building is removed and removed.
Building waste has widely corrosion function to our living environment, if carried out for a long time not for building waste
The attitude of pipe, then condition of living, land quality assessment etc. has baneful influence for urban environmental hygiene.It is big first
After building waste is stacked in the soil of amount, the quality of soil can be reduced, the production capacity of soil is reduced；Building waste is stacked at air
In, air quality is influenced, some dust particles can be suspended in the air, harmful human health；Building waste in stacking process,
Long-term accumulation is that the harmful substance of building waste penetrates into underground water basin, pollutes water environment；If building waste is in city
If stacking, to urban environment, aesthetics is all unfavorable；There may be certain security risks for the stacking of building waste, at any time may
Some accidents can occur.In addition, the urban building waste of air storage is under various external forces, lesser crushed stone also can be into
Enter neighbouring soil, changes the material composition of soil, destroy the structure of soil, reduce the productivity of soil.In addition urban architecture
The content of heavy metals in garbage is higher, under the action of many factors, will chemically react, so that heavy metal in soil contains
Amount increases, this will be such that content of beary metal in crop improves.Contaminated soil does not have natural self-purification capacity generally, very yet
It is difficult to mitigate its pollution level by diluting diffusion method, it is necessary to the method for costly transformation soil be taken to solve.
Therefore, based on the above issues, the utility model provides building castoff resource recycling and utilizes device.
Utility model content
Purpose of utility model: the purpose of the utility model is to provide building castoff resource recyclings to utilize device, sets
It counts the crush box being rationally used in combination, feed inlet, discharge port, support base, lift adjustment component, shredder assemblies and assists out
Expect modular construction, raw material to be comminuted such as timber frame, plastics, rubble etc. can be carried out to efficient, high-quality and stable crushing
Operation meets the requirement of secondary processing product circulation production process, and also solve that blocking easily occurs in existing pulverizer shows
As.
Technical solution: the utility model provides building castoff resource recycling and utilizes device, is existed by crush box, and setting
Feed inlet, discharge port on crush box, and the support base of crushing box bottom is set, and the lifting being used in combination with support base
Component is adjusted, and the shredder assemblies being used in combination with crush box form, wherein support base is run through in one end of discharge port；It is described
Lift adjustment component, four lifting cylinders including support base bottom surface quadrangle is arranged in, and with support base, four lifting cylinder phases
Four positioning screws being used cooperatively, and four hollow installation sets of cylinder being used in combination with four lifting cylinders, Ji Yusi
Four pedestals that a hollow installation set of cylinder is used in combination；The shredder assemblies, including be symmetricly set on outside crush box two sides
One group of first bearing positioning sleeve of wall, and one group of first bearing being used in combination with one group of first bearing positioning sleeve and both ends
The crushing shaft of crush box, one group of first bearing, and the spiral crushing tooth being arranged on crushing shaft are extended through, and setting is crushing
The crushing motor mounting rack of case side, and the crushing driving motor crushed in motor mounting rack is set, and setting is crushing electricity
In machine mounting rack and respectively with crushing shaft, crush the gear-box that driving motor is used in combination, and be arranged in crush box and position
Filter plate below spiral crushing tooth.
The technical program, it further includes matching with shredder assemblies that the building castoff resource recycling, which utilizes device,
The auxiliary discharge component used, wherein auxiliary discharge component includes being symmetricly set on two sides outer wall and being located at one group of first bearing
One group of second bearing positioning sleeve below positioning sleeve, and one group of second bearing being arranged in one group of second bearing positioning sleeve, and
Both ends extend through the discharging axle of crush box, one group of second bearing, and several discharging teeth being arranged in discharging axle, and setting
Discharging machine mounting rack in crush box side, and the discharging driving motor being arranged in discharging machine mounting rack, and respectively with
The axis connection set that discharging axle, discharging driving motor connect.
The technical program, the discharging tooth is set as plank frame.
Compared with prior art, the building castoff resource recycling of the utility model is existed using the beneficial effect of device
In: it is designed rationally, the crush box that is used in combination, feed inlet, discharge port, support base, lift adjustment component, shredder assemblies and
Discharge component structure is assisted, raw material to be comminuted such as timber frame, plastics, rubble etc. can be carried out efficient, high-quality and is stablized
Comminution process, meet secondary processing product circulation production process requirement, also solve existing pulverizer and easily block up
The phenomenon that plug (lift adjustment component in production can be according to the lifting for needing to carry out adaptability).
Detailed description of the invention
Fig. 1 is that the building castoff resource recycling of the utility model utilizes the structural schematic diagram of device；
Fig. 2 is that the building castoff resource recycling of the utility model utilizes lift adjustment component left view/right view of device
Partial structure diagram；
Fig. 3 is that the building castoff resource recycling of the utility model utilizes the filter plate overlooking structure diagram of device；
Wherein, figure label is as follows: 1- crush box, 2- feed inlet, 3- case lid discharge port, 4- support base, 5- pedestal, 6- gas
The hollow installation set of cylinder, 7- lifting cylinder, 8- positioning screw, 9- first bearing positioning sleeve, 10- first bearing, 11- crushing shaft, 12-
Spiral crushing tooth, 13- crush motor mounting rack, 14- crushes driving motor, 15- gear-box, 16- filter plate, 17- second bearing are determined
Position set, 18- second bearing, 19- discharging axle, 20- discharging tooth, 21- discharging machine mounting rack, 22- discharging driving motor, 23- axis
Connector sleeve.
Specific embodiment
Combined with specific embodiments below, the utility model is furtherd elucidate.
Embodiment one
Building castoff resource recycling as shown in Figure 1, Figure 2 and Figure 3 utilizes device, by crush box 1, and is arranged in powder
Feed inlet 2, discharge port 3 on broken case 1, and the support base 4 of 1 bottom of crush box is set, and be used in combination with support base 4
Lift adjustment component, and the shredder assemblies being used in combination with crush box 1 form, wherein support base is run through in one end of discharge port 3
4；The lift adjustment component, four lifting cylinders 7 including 4 bottom surface quadrangle of support base is arranged in, and with support base 4, four
Four positioning screws 8 that lifting cylinder 7 is used in combination, and it is hollow with four cylinders that four lifting cylinders 7 are used in combination
Installation set 6, and four pedestals 5 being used in combination with the hollow installation set 6 of four cylinders；The shredder assemblies, including symmetrically set
One group of first bearing positioning sleeve 9 in 1 two sides outer wall of crush box is set, and be used in combination with one group of first bearing positioning sleeve 9
One group of first bearing 10 and both ends extend through the crushing shaft 11 of 1, one group of first bearing 10 of crush box, and are arranged in crushing shaft
Spiral crushing tooth 12 on 11, and the crushing motor mounting rack 13 of 1 side of crush box is set, and setting is crushing motor installation
Crushing driving motor 14 in frame 13, and setting are being crushed in motor mounting rack 13 and are being driven respectively with crushing shaft 11, crushing electric
The gear-box 15 that machine 14 is used in combination, and the filter plate 16 in crush box 1 and being located at below spiral crushing tooth 12 is set.
Embodiment two
Building castoff resource recycling as shown in Figure 1, Figure 2 and Figure 3 utilizes device, by crush box 1, and is arranged in powder
Feed inlet 2, discharge port 3 on broken case 1, and the support base 4 of 1 bottom of crush box is set, and be used in combination with support base 4
Lift adjustment component, and the shredder assemblies being used in combination with crush box 1 form, wherein support base is run through in one end of discharge port 3
4；The lift adjustment component, four lifting cylinders 7 including 4 bottom surface quadrangle of support base is arranged in, and with support base 4, four
Four positioning screws 8 that lifting cylinder 7 is used in combination, and it is hollow with four cylinders that four lifting cylinders 7 are used in combination
Installation set 6, and four pedestals 5 being used in combination with the hollow installation set 6 of four cylinders；The shredder assemblies, including symmetrically set
One group of first bearing positioning sleeve 9 in 1 two sides outer wall of crush box is set, and be used in combination with one group of first bearing positioning sleeve 9
One group of first bearing 10 and both ends extend through the crushing shaft 11 of 1, one group of first bearing 10 of crush box, and are arranged in crushing shaft
Spiral crushing tooth 12 on 11, and the crushing motor mounting rack 13 of 1 side of crush box is set, and setting is crushing motor installation
Crushing driving motor 14 in frame 13, and setting are being crushed in motor mounting rack 13 and are being driven respectively with crushing shaft 11, crushing electric
The gear-box 15 that machine 14 is used in combination, and the filter plate 16 in crush box 1 and being located at below spiral crushing tooth 12 is set, and with
The auxiliary discharge component that shredder assemblies are used in combination, wherein auxiliary discharge component includes being symmetricly set on two sides outer wall and position
One group of second bearing positioning sleeve 17 in one group of 9 lower section of first bearing positioning sleeve, and be arranged in one group of second bearing positioning sleeve 17
One group of interior second bearing 18 and both ends extend through the discharging axle 19 of 1, one group of second bearing 18 of crush box, and setting is going out
Expect several discharging teeth 20 on axis 19, and the discharging machine mounting rack 21 of 1 side of crush box is set, and setting is in discharging electricity
Discharging driving motor 22 in machine mounting rack 21, and the axis connection set 23 being connect respectively with discharging axle 19, discharging driving motor 22.
This constructive embodiment one or the building castoff resource recycling of embodiment two utilize device, and the discharging tooth 20 is set
It is set to plank frame, is able to achieve efficient, stable auxiliary discharge operation.
This constructive embodiment one or the building castoff resource recycling of embodiment two utilize device, and design is reasonable, phase
Crush box, feed inlet, discharge port, support base, lift adjustment component, shredder assemblies and the auxiliary discharge component knot being used cooperatively
Raw material to be comminuted such as timber frame, plastics, rubble etc. can be carried out efficient, high-quality and stable comminution process, met by structure
Secondary processing product recycles the requirement of production process, also solves the phenomenon that existing pulverizer easily blocks (rising-falling tone
Saving component in production can be according to the lifting for needing to carry out adaptability).
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
It for art personnel, without departing from the principle of this utility model, can also make several improvements, these improvement also should be regarded as
The protection scope of the utility model.
Claims (3)
1. building castoff resource recycling utilizes device, it is characterised in that: by crush box (1), and be arranged on crush box (1)
Feed inlet (2), discharge port (3), and setting is in the support base (4) of crush box (1) bottom, and matches and make with support base (4)
Lift adjustment component, and the shredder assemblies being used in combination with crush box (1) form, wherein one end of discharge port (3) is passed through
Wear support base (4)；The lift adjustment component, four lifting cylinders (7) including setting in support base (4) bottom surface quadrangle, and
Four positioning screws (8) being used in combination with support base (4), four lifting cylinders (7), and with four lifting cylinder (7) phases
Four hollow installation sets of cylinder (6) being used cooperatively, and four pedestals being used in combination with four hollow installation sets of cylinder (6)
(5)；The shredder assemblies, one group of first bearing positioning sleeve (9) including being symmetricly set on crush box (1) two sides outer wall, and with
The one group of first bearing (10) and both ends that one group of first bearing positioning sleeve (9) is used in combination extend through crush box (1), one
The crushing shaft (11) of group first bearing (10), and the spiral crushing tooth (12) being arranged on crushing shaft (11), and setting are crushing
The crushing motor mounting rack (13) of case (1) side, and setting are crushing the crushing driving motor (14) in motor mounting rack (13),
And the tooth for being arranged in crushing motor mounting rack (13) and being used in combination respectively with crushing shaft (11), crushing driving motor (14)
Roller box (15), and filter plate (16) of the setting in crush box (1) and below spiral crushing tooth (12).
2. building castoff resource recycling according to claim 1 utilizes device, it is characterised in that: the construction waste
Object recycling recycling device further includes the auxiliary discharge component being used in combination with shredder assemblies, wherein auxiliary discharging group
Part includes the one group of second bearing positioning sleeve for being symmetricly set on two sides outer wall and being located at below one group of first bearing positioning sleeve (9)
(17), and one group of second bearing (18) in one group of second bearing positioning sleeve (17) is set and both ends extend through crush box
(1), the discharging axle (19) of one group of second bearing (18), and several dischargings tooth (20) being arranged on discharging axle (19), and set
The discharging machine mounting rack (21) in crush box (1) side is set, and the discharging driving being arranged in discharging machine mounting rack (21)
Motor (22), and the axis connection set (23) being connect respectively with discharging axle (19), discharging driving motor (22).
3. building castoff resource recycling according to claim 2 utilizes device, it is characterised in that: the discharging tooth
(20) it is set as plank frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920011260.7U CN209531073U (en) | 2019-01-04 | 2019-01-04 | Building castoff resource recycling utilizes device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920011260.7U CN209531073U (en) | 2019-01-04 | 2019-01-04 | Building castoff resource recycling utilizes device |
Publications (1)
| Publication Number | Publication Date |
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| CN209531073U true CN209531073U (en) | 2019-10-25 |
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ID=68268474
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920011260.7U Active CN209531073U (en) | 2019-01-04 | 2019-01-04 | Building castoff resource recycling utilizes device |
Country Status (1)
| Country | Link |
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| CN (1) | CN209531073U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112387389A (en) * | 2020-11-03 | 2021-02-23 | 南京元琅建设工程有限公司 | Vertical detection or pretreatment structure based on precast beam slab |
-
2019
- 2019-01-04 CN CN201920011260.7U patent/CN209531073U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112387389A (en) * | 2020-11-03 | 2021-02-23 | 南京元琅建设工程有限公司 | Vertical detection or pretreatment structure based on precast beam slab |
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