CN108993856A - A kind of environmental protection multifunctional light substance recycling and processing device - Google Patents
A kind of environmental protection multifunctional light substance recycling and processing device Download PDFInfo
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- CN108993856A CN108993856A CN201810853992.0A CN201810853992A CN108993856A CN 108993856 A CN108993856 A CN 108993856A CN 201810853992 A CN201810853992 A CN 201810853992A CN 108993856 A CN108993856 A CN 108993856A
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- Prior art keywords
- parking
- ontology
- fan
- connection type
- bar
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/18—Drum screens
- B07B1/22—Revolving drums
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/42—Drive mechanisms, regulating or controlling devices, or balancing devices, specially adapted for screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60B—VEHICLE WHEELS; CASTORS; AXLES FOR WHEELS OR CASTORS; INCREASING WHEEL ADHESION
- B60B33/00—Castors in general; Anti-clogging castors
- B60B33/0078—Castors in general; Anti-clogging castors characterised by details of the wheel braking mechanism
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60B—VEHICLE WHEELS; CASTORS; AXLES FOR WHEELS OR CASTORS; INCREASING WHEEL ADHESION
- B60B33/00—Castors in general; Anti-clogging castors
- B60B33/04—Castors in general; Anti-clogging castors adjustable, e.g. in height; linearly shifting castors
- B60B33/045—Castors in general; Anti-clogging castors adjustable, e.g. in height; linearly shifting castors mounted resiliently, by means of dampers
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16F—SPRINGS; SHOCK-ABSORBERS; MEANS FOR DAMPING VIBRATION
- F16F15/00—Suppression of vibrations in systems; Means or arrangements for avoiding or reducing out-of-balance forces, e.g. due to motion
- F16F15/02—Suppression of vibrations of non-rotating, e.g. reciprocating systems; Suppression of vibrations of rotating systems by use of members not moving with the rotating systems
- F16F15/04—Suppression of vibrations of non-rotating, e.g. reciprocating systems; Suppression of vibrations of rotating systems by use of members not moving with the rotating systems using elastic means
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Acoustics & Sound (AREA)
- Aviation & Aerospace Engineering (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
The present invention relates to a kind of light materials recyclable devices, it in particular is a kind of environmental protection multifunctional light substance recycling and processing device, including parking damping wheel underframe mechanism, Trommel sieve mechanism, material recycle mechanism, negative pressure light materials collecting mechanism, device can separate light materials and the concrete block in building waste, then recycling is separated them, device can have the service life of long period, device can move, and the vibration of device is reduced in the process of moving, device can be realized parking function, Trommel sieve mechanism is located at the top of parking damping wheel underframe mechanism, the connection type of Trommel sieve mechanism and parking damping wheel underframe mechanism is to be bolted, material recycle mechanism is located at the top of parking damping wheel underframe mechanism, the fit system of material recycle mechanism and parking damping wheel underframe mechanism is to be engaged, negative pressure light materials are collected Mechanism is located at the top of parking damping wheel underframe mechanism.
Description
Technical field
The present invention relates to a kind of light materials recyclable devices, are in particular a kind of environmentally friendly at the recycling of multifunctional light substance
Manage device.
Background technique
With keeping updating for modern architecture, the environmental requirement rebuild for building was originally higher, for building rubbish
The processing of rubbish is also increasingly stringenter, and light materials, such as sawdust, the scraps of paper can be usually mixed in building waste, so devising this
Kind environmental protection multifunctional light substance recycling and processing device.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of environmental protection multifunctional light substance recycling and processing device, devices
Light materials and concrete block in building waste can be separated, then separate them recycling, device there can be the long period
Service life, device can move, and reduce the vibration of device in the process of moving, and device can be realized parking function.
In order to solve the above technical problems, being in particular a kind of environmental protection the present invention relates to a kind of light materials recyclable device
With multifunctional light substance recycling and processing device, including it is parking damping wheel underframe mechanism, Trommel sieve mechanism, material recycle mechanism, negative
Light materials collecting mechanism is pressed, device can separate light materials and the concrete block in building waste, then separate them back
It receives, device can have the service life of long period, and device can move, and reduce the vibration of device in the process of moving,
Device can be realized parking function.
Parking damping wheel underframe mechanism includes parking damping wheel mechanism, chassis, race, and parking damping wheel mechanism is located at chassis
Lower section, the connection type of parking damping wheel mechanism and chassis is to be bolted, and race is opened in the upper surface of chassis；
Parking damping wheel mechanism includes wheel ontology, parking aperture, wheel fixed hinge bar, wheel support bar, damping bullet
Spring, spring base, scalable parking bar, wheel ontology are connected with wheel fixed hinge bar, wheel ontology and wheel fixed hinge bar
Connection type be bearing connection, parking aperture is opened on wheel ontology, and wheel fixed hinge bar is connected with wheel support bar, takes turns
The fit system of sub- fixed hinge bar and wheel support bar is interference fit, and damping spring is located at the top of wheel support bar, subtracts
The connection type for shaking spring and wheel support bar is welding, and spring base is located at the top of damping spring, spring base and damping spring
Connection type be welding, scalable parking bar is connected with spring base, and scalable parking bar is connected with spring base, scalable parking
The connection type of bar and spring base is hinged；
Scalable parking bar includes that parking bar kinge-joint knot, hinge hole, fixed link, tight locking button, mobile bar, parking cross bar are hinged
Button, parking button, parking cross bar ontology, parking bar kinge-joint knot are connected with fixed link, the connection side of parking bar kinge-joint knot and fixed link
Formula be it is hinged, hinge hole is opened in fixed link, and the inside of mobile bar, the fit system of fixed link and mobile bar is arranged in fixed link
For clearance fit, tight locking button is connected with mobile bar, and the connection type of tight locking button and mobile bar is threaded engagement, parking cross bar ontology
It is hinged in mobile bar by parking cross bar kinge-joint knot, parking button bit is symmetrical in the both ends of parking cross bar ontology, parking button
It is that spiral is connect with the connection type of parking cross bar ontology；
Trommel sieve mechanism includes rotary screen driving mechanism, feed hopper, the big bearing block of rotary screen support, rotary screen ontology, rolling
Shaft screen driving mechanism is located at the lower section of feed hopper, and rotary screen driving mechanism is connected with rotary screen ontology, rotary screen driving mechanism with
The fit system of rotary screen ontology is engagement, and feed hopper is located at the left side of rotary screen ontology, and feed hopper is matched with rotary screen ontology
Conjunction mode is clearance fit, and rotary screen supports big bearing block to be connected with rotary screen ontology, and rotary screen supports big bearing block and roller
The connection type of ontology is sieved as bearing connection；
Rotary screen driving mechanism includes motor supporting base I, motor I, motor shaft I, shaft coupling, jackshaft I, bearing block I, drives
Moving gear I, motor supporting base I are located at the lower section of motor I, and the connection type of motor supporting base I and motor I is welding, motor shaft I
Positioned at the right side of motor I, shaft coupling is connected with motor shaft I, and the connection type of shaft coupling and motor shaft I are key connection, jackshaft I
Positioned at the right side of shaft coupling, the connection type of jackshaft I and shaft coupling is key connection, and jackshaft I is arranged in bearing block I
Portion, jackshaft I are that bearing is connect with the connection type of bearing block I, and driving gear I is located at the right side of jackshaft I, drives gear I
Connection type with jackshaft I is key connection；
Feed hopper includes feed hopper ontology, feed hopper front leg strut, feed hopper rear support leg, and feed hopper front leg strut is located at feed hopper
Below the left side of ontology, the connection type of feed hopper front leg strut and feed hopper ontology is welding, and feed hopper rear support leg is located at charging
The right side of bucket front leg strut, feed hopper front leg strut are connected with feed hopper ontology, the connection side of feed hopper front leg strut and feed hopper ontology
Formula is welding；
Rotary screen ontology include drive large ring gear, discharge openings, rotary screen barrel, drive large ring gear and rotary screen barrel phase
Even, driving large ring gear with the fit system of rotary screen barrel is interference fit, and discharge openings are opened on rotary screen barrel；
Material recycle mechanism includes material recycle actuator base pulley, material recycle shell, discharge gate, material recycle machine
Structure bottom pulley is located at the lower section of material recycle shell, the connection type of material recycle actuator base pulley and material recycle shell
It is bolted, discharge gate is connected with material recycle shell, and the connection type of discharge gate and material recycle shell is hinged；
Material recycle actuator base pulley includes pulley support bar, pulley body, pulley hinge bar, pulley support bar and cunning
Hinge bar is taken turns to be connected, the connection type of pulley support bar and pulley hinge bar be it is hinged, pulley body is connected with pulley hinge bar,
Pulley body is that bearing is connect with the connection type of pulley hinge bar；
Discharge gate includes valve hinge bar, discharge gate ontology, handle, and valve hinge bar is located at discharge gate ontology
The connection type at both ends, valve hinge bar and discharge gate ontology is welding, and handle is connected with discharge gate ontology, handle with unload
The connection type for expecting valve body is welding；
Negative pressure light materials collecting mechanism includes negative pressure fan mechanism, light materials collecting box, fan case, negative pressure fan mechanism
Positioned at the lower section of light materials collecting box, negative pressure fan mechanism is connected with fan case, the company of negative pressure fan mechanism and fan case
Connecing mode is to be bolted, and light materials collecting box is located at the left side of fan case, the connection of light materials collecting box and fan case
Mode is welding；
Negative pressure fan mechanism includes fan drive mechanism, intermediate transmission mechanism, fan mechanism, connection belt, fan driving
Mechanism is located at the left side of intermediate transmission mechanism, and the fit system of fan drive mechanism and intermediate transmission mechanism is to be engaged, wind
Fan mechanism is located at the top of intermediate transmission mechanism, intermediate transmission mechanism with to connect belt connected, intermediate transmission mechanism with connect skin
The fit system of band is to be engaged, and fan mechanism is connected with belt is connect, and fan mechanism is with the fit system for connecting belt
It is engaged；
Fan drive mechanism includes motor supporting base II, motor II, motor shaft II, shaft coupling II, and motor II is located at motor
The connection type of the top of support base II, motor II and motor supporting base II are welding, and motor shaft II is located at the right side of motor II,
Shaft coupling II is located at the right side of motor shaft II, and the connection type of shaft coupling II and motor shaft II is key connection；
Intermediate transmission mechanism includes shaft coupling III, bearing block III, intermediate connecting shaft III, belt pulley, belt grooves, shaft coupling
Device III is located at the left end of intermediate connecting shaft III, and the connection type of shaft coupling III and intermediate connecting shaft III is key connection, bearing
Seat III is connected with intermediate connecting shaft III, and bearing block III is that bearing is connect with the connection type of intermediate connecting shaft III, belt pulley
Positioned at the right end of intermediate connecting shaft III, the connection type of belt pulley and intermediate connecting shaft III are key connection, and belt grooves are opened in skin
On belt wheel；
Fan mechanism includes blast fan, fan blade, bearing block IV, fan connecting shaft, belt pulley I, belt grooves I, wind
Fan leaf is connected with blast fan, and the connection type of fan blade and blast fan is welding, and fan connecting shaft is located at fan leaf
The connection type of the right side of wheel, fan connecting shaft and blast fan is welding, and the inside of bearing block IV is arranged in fan connecting shaft,
Fan connecting shaft is that bearing is connect with the connection type of bearing block IV, and belt pulley I is located at the right side of fan connecting shaft, belt pulley I
Connection type with fan connecting shaft is welding, and belt grooves I is opened on belt pulley I；
Light materials collecting box includes light materials collecting box supporting leg, handle I, fan case ontology, air port I, and light materials are collected
Case supporting leg is located at the lower section of fan case ontology, and the connection type of light materials collecting box supporting leg and fan case ontology is welding,
Handle I is connected with fan case ontology, and the connection type of handle I and fan case ontology is welding, and air port I is opened in fan case
The right side of ontology；
Fan case includes fan case supporting leg, fan case ontology, air port II, belt by mouth, fan case supporting leg
Positioned at the lower section of fan case ontology, the connection type of fan case supporting leg and fan case ontology is welding, and air port II is opened in
The left side of fan case ontology, belt are opened in the lower end surface of fan case ontology by mouth；
Trommel sieve mechanism is located at the top of parking damping wheel underframe mechanism, Trommel sieve mechanism and parking damping wheel underframe mechanism
Connection type be to be bolted, material recycle mechanism is located at the top of parking damping wheel underframe mechanism, material recycle mechanism and
The fit system of parking damping wheel underframe mechanism is to be engaged, and negative pressure light materials collecting mechanism is located at parking damping wheel underframe machine
The connection type of the top of structure, negative pressure light materials collecting mechanism and parking damping wheel underframe mechanism is to be bolted.
As advanced optimizing for the technical program, a kind of environmental protection multifunctional light substance recycling and processing device institute of the present invention
The number of the parking damping wheel underframe mechanism stated is six.
As advanced optimizing for the technical program, a kind of environmental protection multifunctional light substance recycling and processing device institute of the present invention
The material for the damping spring stated is high-carbon steel.
As advanced optimizing for the technical program, a kind of environmental protection multifunctional light substance recycling and processing device institute of the present invention
The material of the chassis, rotary screen ontology stated is stainless steel.
As advanced optimizing for the technical program, a kind of environmental protection multifunctional light substance recycling and processing device institute of the present invention
Handle, the handle I stated is equipped with Anti-slip cover.
A kind of environmentally friendly having the beneficial effect that with multifunctional light substance recycling and processing device of the present invention
A kind of environmental protection multifunctional light substance recycling and processing device of the present invention, device can be the light materials in building waste
It being separated with concrete block, then separates them recycling, device can have the service life of long period, and device can move,
And the vibration of device is reduced in the process of moving, device can be realized parking function.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram that multifunctional light substance recycling and processing device is used in a kind of environmental protection of the present invention.
Fig. 2 is a kind of parking damping wheel underframe mechanism 1 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structural schematic diagram.
Fig. 3 is a kind of knot of the parking damping wheel mechanism 1-1 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structure schematic diagram.
Fig. 4 is a kind of knot of the scalable parking bar 1-1-7 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structure schematic diagram.
Fig. 5 is a kind of structural representation of the Trommel sieve mechanism 2 of environmental protection multifunctional light substance recycling and processing device of the present invention
Figure.
Fig. 6 is a kind of knot of the rotary screen driving mechanism 2-1 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structure schematic diagram.
Fig. 7 is a kind of structural schematic diagram of the feed hopper 2-2 of environmental protection multifunctional light substance recycling and processing device of the present invention.
Fig. 8 is that a kind of structure of the rotary screen ontology 2-4 of environmentally friendly multifunctional light substance recycling and processing device of the present invention is shown
It is intended to.
Fig. 9 is that a kind of structure of the environmentally friendly material recycle mechanism 3 of multifunctional light substance recycling and processing device of the present invention is shown
It is intended to.
Figure 10 is the material recycle actuator base pulley that multifunctional light substance recycling and processing device is used in a kind of environmental protection of the present invention
The structural schematic diagram of 3-1.
Figure 11 is a kind of structural representation of the discharge gate 3-3 of environmental protection multifunctional light substance recycling and processing device of the present invention
Figure.
Figure 12 is a kind of negative pressure light materials collecting mechanism 4 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structural schematic diagram.
Figure 13 is a kind of structure of the negative pressure fan mechanism 4-1 of environmental protection multifunctional light substance recycling and processing device of the present invention
Schematic diagram.
Figure 14 is a kind of knot of the fan drive mechanism 4-1-1 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structure schematic diagram.
Figure 15 is a kind of knot of the intermediate transmission mechanism 4-1-2 of environmental protection multifunctional light substance recycling and processing device of the present invention
Structure schematic diagram.
Figure 16 is that a kind of environmental protection of the present invention is shown with the structure of the fan mechanism 4-1-3 of multifunctional light substance recycling and processing device
It is intended to.
Figure 17 is a kind of structure of the light materials collecting box 4-2 of environmental protection multifunctional light substance recycling and processing device of the present invention
Schematic diagram.
Figure 18 is a kind of structural representation of the fan case 4-3 of environmental protection multifunctional light substance recycling and processing device of the present invention
Figure.
In figure: parking damping wheel underframe mechanism 1；Parking damping wheel mechanism 1-1；Wheel ontology 1-1-1；Parking aperture 1-1-
2；Wheel fixed hinge bar 1-1-3；Wheel support bar 1-1-4；Damping spring 1-1-5；Spring base 1-1-6；Scalable parking bar
1-1-7；Parking bar kinge-joint knot 1-1-7-1；Hinge hole 1-1-7-2；Fixed link 1-1-7-3；Tight locking button 1-1-7-4；Mobile bar 1-
1-7-5；Parking cross bar kinge-joint knot 1-1-7-6；Parking button 1-1-7-7；Parking cross bar ontology 1-1-7-8；Chassis 1-2；Race 1-
3；Trommel sieve mechanism 2；Rotary screen driving mechanism 2-1；Motor supporting base I2-1-1；Motor I2-1-2；Motor shaft I2-1-3；Shaft coupling
Device 2-1-4；Jackshaft I2-1-5；Bearing block I2-1-6；Drive gear I2-1-7；Feed hopper 2-2；Feed hopper ontology 2-2-1；Into
Hopper front leg strut 2-2-2；Feed hopper rear support leg 2-2-3；Rotary screen supports big bearing block 2-3；Rotary screen ontology 2-4；Driving is big
Gear ring 2-4-1；Discharge openings 2-4-2；Rotary screen barrel 2-4-3；Material recycle mechanism 3；Material recycle actuator base pulley 3-
1；Pulley support bar 3-1-1；Pulley body 3-1-2；Pulley hinge bar 3-1-3；Material recycle shell 3-2；Discharge gate 3-3；
Valve hinge bar 3-3-1；Discharge gate ontology 3-3-2；Handle 3-3-3；Negative pressure light materials collecting mechanism 4；Negative pressure fan mechanism
4-1；Fan drive mechanism 4-1-1；Motor supporting base II4-1-1-1；Motor II4-1-1-2；Motor shaft II4-1-1-3；Shaft coupling
Device II4-1-1-4；Intermediate transmission mechanism 4-1-2；Shaft coupling III4-1-2-1；Bearing block III4-1-2-2；Fan mechanism 4-1-
3；Blast fan 4-1-3-1；Fan blade 4-1-3-2；Bearing block IV4-1-3-3；Fan connecting shaft 4-1-3-4；Belt pulley I4-
1-3-5；Belt grooves I4-1-3-6；Connect belt 4-1-4；Light materials collecting box 4-2；Light materials collecting box supporting leg 4-2-1；Handle
I4-2-2；Fan case ontology 4-2-3；Air port I4-2-4；Fan case 4-3；Fan case supporting leg 4-3-1；Fan case sheet
Body 4-3-2；Air port II4-3-3；Belt passes through mouth 4-3-4.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate present embodiment, in particular it to be one that the present invention relates to a kind of light materials recyclable devices
Kind environmental protection multifunctional light substance recycling and processing device, including parking damping wheel underframe mechanism 1, Trommel sieve mechanism 2, material recycle
Mechanism 3, negative pressure light materials collecting mechanism 4, device can separate light materials and the concrete block in building waste, then it
Separately recycling, device can have the service life of long period, and device can move, and reduce device in the process of moving
Vibration, device can be realized parking function.
Parking damping wheel underframe mechanism 1 includes parking damping wheel mechanism 1-1, chassis 1-2, race 1-3, parking damping turbine
Structure 1-1 is located at the lower section of chassis 1-2, and the connection type of parking damping wheel mechanism 1-1 and chassis 1-2 is to be bolted, it is convenient with
Detachable maintaining afterwards, race 1-3 are opened in the upper surface of chassis 1-2, convenient for the sliding of material recycle mechanism 3；
Parking damping wheel mechanism 1-1 include wheel ontology 1-1-1, parking aperture 1-1-2, wheel fixed hinge bar 1-1-3,
Wheel support bar 1-1-4, damping spring 1-1-5, spring base 1-1-6, scalable parking bar 1-1-7, wheel ontology 1-1-1 and wheel
Sub- fixed hinge bar 1-1-3 is connected, and wheel ontology 1-1-1 is that bearing is connect with the connection type of wheel fixed hinge bar 1-1-3,
Positive rotational is provided, parking aperture 1-1-2 is opened on wheel ontology 1-1-1, wheel fixed hinge bar 1-1-3 and wheel support bar
1-1-4 is connected, and the fit system of wheel fixed hinge bar 1-1-3 and wheel support bar 1-1-4 are interference fit, prevents wheel solid
Determine hinge bar 1-1-3 landing, damping spring 1-1-5 is located at the top of wheel support bar 1-1-4, damping spring 1-1-5 and wheel
The connection type of support rod 1-1-4 is welding, and spring base 1-1-6 is located at the top of damping spring 1-1-5, spring base 1-1-6 and
The connection type of damping spring 1-1-5 is welding, and scalable parking bar 1-1-7 is connected with spring base 1-1-6, scalable parking bar
1-1-7 is connected with spring base 1-1-6, the connection type of scalable parking bar 1-1-7 and spring base 1-1-6 be it is hinged, facilitate tune
The angle of whole scalable parking bar 1-1-7, provides parking function；
Scalable parking bar 1-1-7 include parking bar kinge-joint knot 1-1-7-1, hinge hole 1-1-7-2, fixed link 1-1-7-3,
Tight locking button 1-1-7-4, mobile bar 1-1-7-5, parking cross bar kinge-joint knot 1-1-7-6, parking button 1-1-7-7, parking cross bar ontology
1-1-7-8, parking bar kinge-joint knot 1-1-7-1 are connected with fixed link 1-1-7-3, parking bar kinge-joint knot 1-1-7-1 and fixed link 1-
The connection type of 1-7-3 be it is hinged, facilitate the angle of adjustment fixed link 1-1-7-3, hinge hole 1-1-7-2 is opened in fixed link 1-1-
On 7-3, the inside of mobile bar 1-1-7-5 is arranged in fixed link 1-1-7-3, and fixed link 1-1-7-3 matches with mobile bar 1-1-7-5's
Conjunction mode is clearance fit, facilitates the relative position of adjustment fixed link 1-1-7-3 and mobile bar 1-1-7-5, tight locking button 1-1-7-4
It is connected with mobile bar 1-1-7-5, the connection type of tight locking button 1-1-7-4 and mobile bar 1-1-7-5 are threaded engagement, make tight locking button
1-1-7-4 can lock mobile bar 1-1-7-5 when obtaining precession, parking cross bar ontology 1-1-7-8 passes through parking cross bar kinge-joint knot 1-
1-7-6 is hinged on mobile bar 1-1-7-5, and the both ends that parking button 1-1-7-7 is located at parking cross bar ontology 1-1-7-8 are symmetrically divided
Cloth, parking button 1-1-7-7 is that spiral is connect with the connection type of parking cross bar ontology 1-1-7-8, as rotation parking button 1-1-7-7
When, precession can be such that rotation parking button 1-1-7-7 enters in parking aperture 1-1-2, limit the rotation of wheel ontology 1-1-1；
Trommel sieve mechanism 2 includes rotary screen driving mechanism 2-1, feed hopper 2-2, the big bearing block 2-3 of rotary screen support, roller
Ontology 2-4 is sieved, rotary screen driving mechanism 2-1 is located at the lower section of feed hopper 2-2, rotary screen driving mechanism 2-1 and rotary screen ontology
2-4 is connected, and rotary screen driving mechanism 2-1 is to engage with the fit system of rotary screen ontology 2-4, and feed hopper 2-2 is located at rotary screen
The fit system of the left side of ontology 2-4, feed hopper 2-2 and rotary screen ontology 2-4 are clearance fit, prevent rotary screen ontology 2-4
It rubs when rotation with feed hopper 2-2, rotary screen supports big bearing block 2-3 to be connected with rotary screen ontology 2-4, rotary screen support
Big bearing block 2-3 is that bearing is connect with the connection type of rotary screen ontology 2-4, and the rotation for rotary screen ontology 2-4 provides reliably
Guarantee；
Rotary screen driving mechanism 2-1 includes motor supporting base I2-1-1, motor I2-1-2, motor shaft I2-1-3, shaft coupling
2-1-4, jackshaft I2-1-5, bearing block I2-1-6, driving gear I2-1-7, motor supporting base I2-1-1 are located at motor I2-1-2
Lower section, the connection type of motor supporting base I2-1-1 and motor I2-1-2 are welding, provide and be reliably connected, motor shaft I2-1-3
Positioned at the right side of motor I2-1-2, shaft coupling 2-1-4 is connected with motor shaft I2-1-3, shaft coupling 2-1-4 and motor shaft I2-1-3
Connection type be key connection, jackshaft I2-1-5 is located at the right side of shaft coupling 2-1-4, jackshaft I2-1-5 and shaft coupling 2-1-
4 connection type is key connection, allows jackshaft I2-1-5 that shaft coupling 2-1-4 to be driven to rotate when rotating, jackshaft I2-1-5
The inside of bearing block I2-1-6 is set, and jackshaft I2-1-5 is that bearing is connect with the connection type of bearing block I2-1-6, is provided
Positive rotational, driving gear I2-1-7 are located at the right side of jackshaft I2-1-5, driving gear I2-1-7 and jackshaft I2-1-5's
Connection type is key connection；
Feed hopper 2-2 includes feed hopper ontology 2-2-1, feed hopper front leg strut 2-2-2, feed hopper rear support leg 2-2-3, charging
Bucket front leg strut 2-2-2 is located at below the left side of feed hopper ontology 2-2-1, feed hopper front leg strut 2-2-2 and feed hopper ontology 2-2-1
Connection type be welding, provide and be reliably connected, feed hopper rear support leg 2-2-3 is located at the right side of feed hopper front leg strut 2-2-2, into
Hopper front leg strut 2-2-2 is connected with feed hopper ontology 2-2-1, the connection of feed hopper front leg strut 2-2-2 and feed hopper ontology 2-2-1
Mode is welding, provides and is reliably connected；
Rotary screen ontology 2-4 includes driving large ring gear 2-4-1, discharge openings 2-4-2, rotary screen barrel 2-4-3, and driving is big
Gear ring 2-4-1 is connected with rotary screen barrel 2-4-3, and the fit system for driving large ring gear 2-4-1 and rotary screen barrel 2-4-3 was
It is full of cooperation, discharge openings 2-4-2 is opened on rotary screen barrel 2-4-3；
Material recycle mechanism 3 includes material recycle actuator base pulley 3-1, material recycle shell 3-2, discharge gate 3-3,
Material recycle actuator base pulley 3-1 is located at the lower section of material recycle shell 3-2, material recycle actuator base pulley 3-1 and object
The connection type of material recycling shell 3-2 is bolted hair, facilitates later detachable maintaining, discharge gate 3-3 with outside material recycle
Shell 3-2 is connected, the connection type of discharge gate 3-3 and material recycle shell 3-2 be it is hinged, be easy to open discharge gate 3-3, time
Receive concrete block；
Material recycle actuator base pulley 3-1 includes pulley support bar 3-1-1, pulley body 3-1-2, pulley hinge bar 3-
1-3, pulley support bar 3-1-1 are connected with pulley hinge bar 3-1-3, the company of pulley support bar 3-1-1 and pulley hinge bar 3-1-3
The mode of connecing be it is hinged, pulley body 3-1-2 is connected with pulley hinge bar 3-1-3, pulley body 3-1-2 and pulley hinge bar 3-1-
3 connection type is bearing connection, provides Positive rotational for pulley body 3-1-2；
Discharge gate 3-3 includes valve hinge bar 3-3-1, discharge gate ontology 3-3-2, handle 3-3-3, valve hinge bar
3-3-1 is located at the both ends of discharge gate ontology 3-3-2, the connection type of valve hinge bar 3-3-1 and discharge gate ontology 3-3-2
For welding, prevent discharge gate ontology 3-3-2 from falling off, handle 3-3-3 is connected with discharge gate ontology 3-3-2, handle 3-3-3 and
The connection type of discharge gate ontology 3-3-2 is welding, provides and is reliably connected；
Negative pressure light materials collecting mechanism 4 includes negative pressure fan mechanism 4-1, light materials collecting box 4-2, fan case 4-3, is born
Pressure fan mechanism 4-1 is located at the lower section of light materials collecting box 4-2, and negative pressure fan mechanism 4-1 is connected with fan case 4-3, negative pressure
The connection type of fan mechanism 4-1 and fan case 4-3 is to be bolted, and facilitates later detachable maintaining, light materials collecting box
4-2 is located at the left side of fan case 4-3, and the connection type of light materials collecting box 4-2 and fan case 4-3 is welding；
Negative pressure fan mechanism 4-1 include fan drive mechanism 4-1-1, intermediate transmission mechanism 4-1-2, fan mechanism 4-1-3,
Belt 4-1-4 is connected, fan drive mechanism 4-1-1 is located at the left side of intermediate transmission mechanism 4-1-2, fan drive mechanism 4-1-1
Fit system with intermediate transmission mechanism 4-1-2 is to be engaged, and fan mechanism 4-1-3 is located at intermediate transmission mechanism 4-1-2's
Top, intermediate transmission mechanism 4-1-2 with connect belt 4-1-4 be connected, intermediate transmission mechanism 4-1-2 with connect belt 4-1-4's
Fit system is to be engaged, fan mechanism 4-1-3 with to connect belt 4-1-4 connected, fan mechanism 4-1-3 with connect belt 4-
The fit system of 1-4 is to be engaged；
Fan drive mechanism 4-1-1 includes motor supporting base II4-1-1-1, motor II4-1-1-2, motor shaft II4-1-1-
3, shaft coupling II4-1-1-4, motor II4-1-1-2 are located at the top of motor supporting base II4-1-1-1, motor II4-1-1-2 with
The connection type of motor supporting base II4-1-1-1 is welding, provides and is reliably connected, motor shaft II4-1-1-3 is located at motor II4-
The right side of 1-1-2, shaft coupling II4-1-1-4 are located at the right side of motor shaft II4-1-1-3, shaft coupling II4-1-1-4 and motor shaft
The connection type of II4-1-1-3 is key connection；
Intermediate transmission mechanism 4-1-2 includes shaft coupling III4-1-2-1, bearing block III4-1-2-2, intermediate connecting shaft
III4-1-2-3, belt pulley 4-1-2-4, belt grooves 4-1-2-5, shaft coupling III4-1-2-1 are located at intermediate connecting shaft III4-1-
The connection type of the left end of 2-3, shaft coupling III4-1-2-1 and intermediate connecting shaft III4-1-2-3 are key connection, are connected convenient for centre
Spindle III4-1-2-3 rotation drives shaft coupling III4-1-2-1 rotation, bearing block III4-1-2-2 and intermediate connecting shaft III4-
1-2-3 is connected, and bearing block III4-1-2-2 is that bearing is connect with the connection type of intermediate connecting shaft III4-1-2-3, provides reliable
Rotation, belt pulley 4-1-2-4 are located at the right end of intermediate connecting shaft III4-1-2-3, belt pulley 4-1-2-4 and intermediate connecting shaft
The connection type of III4-1-2-3 is key connection, and belt grooves 4-1-2-5 is opened on belt pulley 4-1-2-4, prevents from operating in device
Connection belt 4-1-4 falls off in the process；
Fan mechanism 4-1-3 includes blast fan 4-1-3-1, fan blade 4-1-3-2, bearing block IV4-1-3-3, fan
Connecting shaft 4-1-3-4, belt pulley I4-1-3-5, belt grooves I4-1-3-6, fan blade 4-1-3-2 and blast fan 4-1-3-1
It is connected, the connection type of fan blade 4-1-3-2 and blast fan 4-1-3-1 are welding, prevent fan blade 4-1-3-2 de-
It falls, causes danger, fan connecting shaft 4-1-3-4 is located at the right side of blast fan 4-1-3-1, fan connecting shaft 4-1-3-4 and wind
The connection type of Vane wheel 4-1-3-1 is welding, and the inside of bearing block IV4-1-3-3, wind is arranged in fan connecting shaft 4-1-3-4
Fan connecting shaft 4-1-3-4 is that bearing is connect with the connection type of bearing block IV4-1-3-3, provides Positive rotational, belt for fan
Wheel I4-1-3-5 is located at the right side of fan connecting shaft 4-1-3-4, the connection of belt pulley I4-1-3-5 and fan connecting shaft 4-1-3-4
Mode is welding, and belt grooves I4-1-3-6 is opened on belt pulley I4-1-3-5；
Light materials collecting box 4-2 includes light materials collecting box supporting leg 4-2-1, handle I4-2-2, fan case ontology 4-2-
3, air port I4-2-4, light materials collecting box supporting leg 4-2-1 are located at the lower section of fan case ontology 4-2-3, light materials collecting box branch
The connection type of leg 4-2-1 and fan case ontology 4-2-3 is welding, provides and is reliably connected, handle I4-2-2 and fan case
Ontology 4-2-3 is connected, and the connection type of handle I4-2-2 and fan case ontology 4-2-3 are welding, and air port I4-2-4 is opened in wind
Fan the right side of casing ontology 4-2-3；
Fan case 4-3 includes that fan case supporting leg 4-3-1, fan case ontology 4-3-2, air port II4-3-3, belt are logical
Mouth 4-3-4 is crossed, fan case supporting leg 4-3-1 is located at the lower section of fan case ontology 4-3-2, fan case supporting leg 4-3-1 and wind
The connection type for fanning casing ontology 4-3-2 is welding, and air port II4-3-3 is opened in the left side of fan case ontology 4-3-2, belt
The lower end surface of fan case ontology 4-3-2 is opened in by mouth 4-3-4；
Trommel sieve mechanism 2 is located at the top of parking damping wheel underframe mechanism 1, Trommel sieve mechanism 2 and parking damping wheel underframe
The connection type of mechanism 1 is to be bolted, and facilitates later detachable maintaining, material recycle mechanism 3 is located at parking damping wheel underframe
The fit system of the top of mechanism 1, material recycle mechanism 3 and parking damping wheel underframe mechanism 1 is to be engaged, negative pressure light materials
Collecting mechanism 4 is located at the top of parking damping wheel underframe mechanism 1, negative pressure light materials collecting mechanism 4 and parking damping wheel underframe machine
The connection type of structure 1 is to be bolted, and facilitates later detachable maintaining.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, and described stays
The number of vehicle damping wheel underframe mechanism 1 is six.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, and described subtracts
The material for shaking spring 1-1-5 is high-carbon steel.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, the bottom
Frame 1-2, rotary screen ontology 2-4 material be stainless steel.
Specific embodiment 5:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, the handle
Hand 3-3-3, handle I4-2-2 are equipped with Anti-slip cover.
Device can separate light materials and the concrete block in building waste, then separate them recycling, will build
Rubbish is poured into out of feed hopper 2-2, and building waste can enter inside rotary screen ontology 2-4, drives electricity by motor I2-1-2
Arbor I2-1-3 rotation, motor shaft I2-1-3 rotate rotation and shaft coupling 2-1-4 are driven to rotate, in shaft coupling 2-1-4 rotation drive
Between axis I2-1-5 rotate, jackshaft I2-1-5 rotation drive driving gear I2-1-7 rotation, driving gear I2-1-7 rotation drive
2-4-1 rotation is driven large ring gear, 2-4-1 rotation is driven large ring gear and drives rotary screen ontology 2-4 rotation, building waste is in rotary screen
It is separated in the rotation process of ontology 2-4, concrete block can fall from discharge openings 2-4-2 and enter outside material recycle
Inside shell 3-2, when concrete block is collected completely, discharge gate 3-3 is pulled out, concrete block is recycled, and light materials
It can continue to move right in rotary screen ontology 2-4, at this time under the drive of fan drive mechanism 4-1-1, intermediate transmission mechanism
4-1-2 is started turning, and intermediate transmission mechanism 4-1-2 rotation drives connection belt 4-1-4 movement, and connection belt 4-1-4 moves band
Dynamic belt pulley I4-1-3-5 rotation, belt pulley I4-1-3-5 rotation drive fan connecting shaft 4-1-3-4 rotation, fan connecting shaft 4-
1-3-4 rotation drives blast fan 4-1-3-1 rotation, and blast fan 4-1-3-1 rotation drives fan blade 4-1-3-2 rotation,
To form negative-pressure air power, light materials are sucked in light materials collecting box 4-2 and are recycled；Device can have making for long period
With the time limit, Trommel sieve mechanism 2 uses wear-resistant material, it is ensured that longer service life；Device can move, and mobile
The vibration of device is reduced in the process, is equipped with wheel ontology 1-1-1 below device, locomotive function, and parking damping wheel may be implemented
Mechanism 1-1 is equipped with damping spring 1-1-5, and the vibration in moving process can be absorbed；Device can be realized parking function, work as work
After making place determination, the relative position of fixed link 1-1-7-3, mobile bar 1-1-7-5 are adjusted at this time, makes parking cross bar ontology 1-1-
The position of 7-8 and parking aperture 1-1-2 keep in the same horizontal line, rotating parking cross bar ontology 1-1-7-8 at this time, making parking
Button 1-1-7-7 is overlapped with parking aperture 1-1-2, is rotated parking button 1-1-7-7 at this time, so that parking button 1-1-7-7 is entered parking and open
In the 1-1-2 of hole, to limit the movement of wheel ontology 1-1-1, parking function is realized.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (5)
1. a kind of environmental protection multifunctional light substance recycling and processing device, including parking damping wheel underframe mechanism (1), Trommel sieve mechanism
(2), material recycle mechanism (3), negative pressure light materials collecting mechanism (4), it is characterised in that: parking damping wheel underframe mechanism (1) packet
Parking damping wheel mechanism (1-1), chassis (1-2), race (1-3) are included, parking damping wheel mechanism (1-1) is located at chassis (1-2)
The connection type of lower section, parking damping wheel mechanism (1-1) and chassis (1-2) is to be bolted, and race (1-3) is opened in chassis (1-
2) upper surface；
Parking damping wheel mechanism (1-1) includes wheel ontology (1-1-1), parking aperture (1-1-2), wheel fixed hinge bar (1-
1-3), wheel support bar (1-1-4), damping spring (1-1-5), spring base (1-1-6), scalable parking bar (1-1-7), wheel
Ontology (1-1-1) is connected with wheel fixed hinge bar (1-1-3), wheel ontology (1-1-1) and wheel fixed hinge bar (1-1-3)
Connection type be bearing connection, parking aperture (1-1-2) is opened on wheel ontology (1-1-1), wheel fixed hinge bar (1-1-
3) it is connected with wheel support bar (1-1-4), the fit system of wheel fixed hinge bar (1-1-3) and wheel support bar (1-1-4)
For interference fit, damping spring (1-1-5) is located at the top of wheel support bar (1-1-4), damping spring (1-1-5) and wheel branch
The connection type of strut (1-1-4) is welding, and spring base (1-1-6) is located at the top of damping spring (1-1-5), spring base (1-
It is 1-6) welding with the connection type of damping spring (1-1-5), scalable parking bar (1-1-7) is connected with spring base (1-1-6),
Scalable parking bar (1-1-7) is connected with spring base (1-1-6), the company of scalable parking bar (1-1-7) and spring base (1-1-6)
The mode of connecing is hinged；
Scalable parking bar (1-1-7) includes parking bar kinge-joint knot (1-1-7-1), hinge hole (1-1-7-2), fixed link (1-1-
7-3), tight locking button (1-1-7-4), mobile bar (1-1-7-5), parking cross bar kinge-joint knot (1-1-7-6), parking button (1-1-7-7),
Parking cross bar ontology (1-1-7-8), parking bar kinge-joint knot (1-1-7-1) are connected with fixed link (1-1-7-3), parking bar kinge-joint knot
The connection type of (1-1-7-1) and fixed link (1-1-7-3) be it is hinged, hinge hole (1-1-7-2) is opened in fixed link (1-1-7-3)
On, fixed link (1-1-7-3) setting is in the inside of mobile bar (1-1-7-5), fixed link (1-1-7-3) and mobile bar (1-1-7-
5) fit system is clearance fit, and tight locking button (1-1-7-4) is connected with mobile bar (1-1-7-5), tight locking button (1-1-7-4) and
The connection type of mobile bar (1-1-7-5) is threaded engagement, and parking cross bar ontology (1-1-7-8) passes through parking cross bar kinge-joint knot
(1-1-7-6) is hinged on mobile bar (1-1-7-5), and parking button (1-1-7-7) is located at the two of parking cross bar ontology (1-1-7-8)
Hold symmetrical, parking button (1-1-7-7) and the connection type of parking cross bar ontology (1-1-7-8) are that spiral is connect；
Trommel sieve mechanism (2) include rotary screen driving mechanism (2-1), feed hopper (2-2), rotary screen support big bearing block (2-3),
Rotary screen ontology (2-4), rotary screen driving mechanism (2-1) are located at the lower section of feed hopper (2-2), rotary screen driving mechanism (2-1)
It is connected with rotary screen ontology (2-4), rotary screen driving mechanism (2-1) is to engage with the fit system of rotary screen ontology (2-4), into
Hopper (2-2) is located at the left side of rotary screen ontology (2-4), between the fit system of feed hopper (2-2) and rotary screen ontology (2-4) is
Gap cooperation, rotary screen support big bearing block (2-3) to be connected with rotary screen ontology (2-4), the big bearing block (2-3) of rotary screen support and
The connection type of rotary screen ontology (2-4) is bearing connection；
Rotary screen driving mechanism (2-1) includes motor supporting base I (2-1-1), motor I (2-1-2), motor shaft I (2-1-3), connection
Axis device (2-1-4), jackshaft I (2-1-5), bearing block I (2-1-6), driving gear I (2-1-7), motor supporting base I (2-1-1)
Positioned at the lower section of motor I (2-1-2), the connection type of motor supporting base I (2-1-1) and motor I (2-1-2) are welding, motor
Axis I (2-1-3) is located at the right side of motor I (2-1-2), and shaft coupling (2-1-4) is connected with motor shaft I (2-1-3), shaft coupling (2-
It is 1-4) key connection with the connection type of motor shaft I (2-1-3), jackshaft I (2-1-5) is located at the right side of shaft coupling (2-1-4),
The connection type of jackshaft I (2-1-5) and shaft coupling (2-1-4) are key connection, and jackshaft I (2-1-5) is arranged in bearing block I
The inside of (2-1-6), jackshaft I (2-1-5) are that bearing is connect with the connection type of bearing block I (2-1-6), drive gear I (2-
1-7) it is located at the right side of jackshaft I (2-1-5), driving the connection type of gear I (2-1-7) and jackshaft I (2-1-5) is key company
It connects；
Feed hopper (2-2) includes feed hopper ontology (2-2-1), feed hopper front leg strut (2-2-2), feed hopper rear support leg (2-2-3),
Feed hopper front leg strut (2-2-2) is located at below the left side of feed hopper ontology (2-2-1), feed hopper front leg strut (2-2-2) and charging
The connection type of bucket ontology (2-2-1) is welding, and feed hopper rear support leg (2-2-3) is located at the right side of feed hopper front leg strut (2-2-2)
Side, feed hopper front leg strut (2-2-2) are connected with feed hopper ontology (2-2-1), feed hopper front leg strut (2-2-2) and feed hopper ontology
The connection type of (2-2-1) is welding；
Rotary screen ontology (2-4) includes driving large ring gear (2-4-1), discharge openings (2-4-2), rotary screen barrel (2-4-3), is driven
Dynamic bull gear (2-4-1) is connected with rotary screen barrel (2-4-3), drives large ring gear (2-4-1) and rotary screen barrel (2-4-3)
Fit system is interference fit, and discharge openings (2-4-2) are opened on rotary screen barrel (2-4-3)；
Material recycle mechanism (3) includes material recycle actuator base pulley (3-1), material recycle shell (3-2), discharge gate
(3-3), material recycle actuator base pulley (3-1) are located at the lower section of material recycle shell (3-2), and material recycle actuator base is sliding
The connection type of wheel (3-1) and material recycle shell (3-2) are bolted, discharge gate (3-3) and material recycle shell (3-2)
It is connected, the connection type of discharge gate (3-3) and material recycle shell (3-2) are hinged；
Material recycle actuator base pulley (3-1) includes pulley support bar (3-1-1), pulley body (3-1-2), pulley hinge bar
(3-1-3), pulley support bar (3-1-1) are connected with pulley hinge bar (3-1-3), and pulley support bar (3-1-1) and pulley are hinged
The connection type of bar (3-1-3) be it is hinged, pulley body (3-1-2) is connected with pulley hinge bar (3-1-3), pulley body (3-
It is 1-2) that bearing is connect with the connection type of pulley hinge bar (3-1-3)；
Discharge gate (3-3) includes valve hinge bar (3-3-1), discharge gate ontology (3-3-2), handle (3-3-3), valve hinge
Extension bar (3-3-1) is located at the both ends of discharge gate ontology (3-3-2), valve hinge bar (3-3-1) and discharge gate ontology (3-3-
2) connection type is welding, and handle (3-3-3) is connected with discharge gate ontology (3-3-2), handle (3-3-3) and discharge gate
The connection type of ontology (3-3-2) is welding；
Negative pressure light materials collecting mechanism (4) includes negative pressure fan mechanism (4-1), light materials collecting box (4-2), fan case (4-
3), negative pressure fan mechanism (4-1) is located at the lower section of light materials collecting box (4-2), negative pressure fan mechanism (4-1) and fan case
(4-3) is connected, and the connection type of negative pressure fan mechanism (4-1) and fan case (4-3) is to be bolted, light materials collecting box
(4-2) is located at the left side of fan case (4-3), and the connection type of light materials collecting box (4-2) and fan case (4-3) are weldering
It connects；
Negative pressure fan mechanism (4-1) includes fan drive mechanism (4-1-1), intermediate transmission mechanism (4-1-2), fan mechanism (4-
1-3), belt (4-1-4) is connected, fan drive mechanism (4-1-1) is located at the left side of intermediate transmission mechanism (4-1-2), and fan drives
The fit system of motivation structure (4-1-1) and intermediate transmission mechanism (4-1-2) is to be engaged, during fan mechanism (4-1-3) is located at
Between transmission mechanism (4-1-2) top, intermediate transmission mechanism (4-1-2) with connect belt (4-1-4) be connected, intermediate transmission mechanism
(4-1-2) with connect belt (4-1-4) fit system be engaged, fan mechanism (4-1-3) with connect belt (4-1-4)
It is connected, fan mechanism (4-1-3) is to be engaged with the fit system for connecting belt (4-1-4)；
Fan drive mechanism (4-1-1) includes motor supporting base II (4-1-1-1), motor II (4-1-1-2), motor shaft II (4-
1-1-3), shaft coupling II (4-1-1-4), motor II (4-1-1-2) are located at the top of motor supporting base II (4-1-1-1), motor
The connection type of II (4-1-1-2) and motor supporting base II (4-1-1-1) are welding, and motor shaft II (4-1-1-3) is located at motor
The right side of II (4-1-1-2), shaft coupling II (4-1-1-4) are located at the right side of motor shaft II (4-1-1-3), shaft coupling II (4-1-
It is 1-4) key connection with the connection type of motor shaft II (4-1-1-3)；
Intermediate transmission mechanism (4-1-2) includes shaft coupling III (4-1-2-1), bearing block III (4-1-2-2), intermediate connecting shaft
III (4-1-2-3), belt pulley (4-1-2-4), belt grooves (4-1-2-5), shaft coupling III (4-1-2-1) are located at intermediate connecting shaft
The left end of III (4-1-2-3), the connection type of shaft coupling III (4-1-2-1) and intermediate connecting shaft III (4-1-2-3) are that key connects
It connects, bearing block III (4-1-2-2) is connected with intermediate connecting shaft III (4-1-2-3), and bearing block III (4-1-2-2) connects with centre
The connection type of spindle III (4-1-2-3) is bearing connection, and belt pulley (4-1-2-4) is located at intermediate connecting shaft III (4-1-2-
3) right end, the connection type of belt pulley (4-1-2-4) and intermediate connecting shaft III (4-1-2-3) are key connection, belt grooves (4-
It 1-2-5) is opened on belt pulley (4-1-2-4)；
Fan mechanism (4-1-3) include blast fan (4-1-3-1), fan blade (4-1-3-2), bearing block IV (4-1-3-3),
Fan connecting shaft (4-1-3-4), belt pulley I (4-1-3-5), belt grooves I (4-1-3-6), fan blade (4-1-3-2) and fan
Impeller (4-1-3-1) is connected, and the connection type of fan blade (4-1-3-2) and blast fan (4-1-3-1) are welding, and fan connects
Spindle (4-1-3-4) is located at the right side of blast fan (4-1-3-1), fan connecting shaft (4-1-3-4) and blast fan (4-1-3-
1) connection type is welding, and fan connecting shaft (4-1-3-4) setting is in the inside of bearing block IV (4-1-3-3), fan connection
Axis (4-1-3-4) is that bearing is connect with the connection type of bearing block IV (4-1-3-3), and belt pulley I (4-1-3-5) is located at fan company
The right side of spindle (4-1-3-4), the connection type of belt pulley I (4-1-3-5) and fan connecting shaft (4-1-3-4) are welding, skin
Trough of belt I (4-1-3-6) is opened on belt pulley I (4-1-3-5)；
Light materials collecting box (4-2) includes light materials collecting box supporting leg (4-2-1), handle I (4-2-2), fan case ontology (4-
2-3), air port I (4-2-4), light materials collecting box supporting leg (4-2-1) are located at the lower section of fan case ontology (4-2-3), light materials
The connection type of collecting box supporting leg (4-2-1) and fan case ontology (4-2-3) are welding, handle I (4-2-2) and fan case
Ontology (4-2-3) is connected, and the connection type of handle I (4-2-2) and fan case ontology (4-2-3) are welding, air port I (4-2-
4) it is opened in the right side of fan case ontology (4-2-3)；
Fan case (4-3) includes fan case supporting leg (4-3-1), fan case ontology (4-3-2), air port II (4-3-3), skin
Band is located at the lower section of fan case ontology (4-3-2), fan case supporting leg by mouth (4-3-4), fan case supporting leg (4-3-1)
The connection type of (4-3-1) and fan case ontology (4-3-2) is welding, and air port II (4-3-3) is opened in fan case ontology (4-
Left side 3-2), belt are opened in the lower end surface of fan case ontology (4-3-2) by mouth (4-3-4)；
Trommel sieve mechanism (2) is located at the top of parking damping wheel underframe mechanism (1), Trommel sieve mechanism (2) and parking damping wheel bottom
The connection type of frame mechanism (1) is to be bolted, and material recycle mechanism (3) is located at the top of parking damping wheel underframe mechanism (1),
The fit system of material recycle mechanism (3) and parking damping wheel underframe mechanism (1) is to be engaged, negative pressure light materials collecting mechanism
(4) it is located at the top of parking damping wheel underframe mechanism (1), negative pressure light materials collecting mechanism (4) and parking damping wheel underframe mechanism
(1) connection type is to be bolted.
2. a kind of environmental protection multifunctional light substance recycling and processing device according to claim 1, it is characterised in that: described
The number of parking damping wheel underframe mechanism (1) is six.
3. a kind of environmental protection multifunctional light substance recycling and processing device according to claim 1, it is characterised in that: described
The material of damping spring (1-1-5) is high-carbon steel.
4. a kind of environmental protection multifunctional light substance recycling and processing device according to claim 1, it is characterised in that: described
Chassis (1-2), rotary screen ontology (2-4) material be stainless steel.
5. a kind of environmental protection multifunctional light substance recycling and processing device according to claim 1, it is characterised in that: described
Handle (3-3-3), handle I (4-2-2) are equipped with Anti-slip cover.
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| CN201810853992.0A CN108993856A (en) | 2018-07-30 | 2018-07-30 | A kind of environmental protection multifunctional light substance recycling and processing device |
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| CN201810853992.0A CN108993856A (en) | 2018-07-30 | 2018-07-30 | A kind of environmental protection multifunctional light substance recycling and processing device |
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Application publication date: 20181214 |