CN207478737U - From the formula biomass fuel crusher that feeds intake - Google Patents
From the formula biomass fuel crusher that feeds intake Download PDFInfo
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- CN207478737U CN207478737U CN201721356367.2U CN201721356367U CN207478737U CN 207478737 U CN207478737 U CN 207478737U CN 201721356367 U CN201721356367 U CN 201721356367U CN 207478737 U CN207478737 U CN 207478737U
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- rotor
- feeds intake
- biomass fuel
- motor
- cracking cabin
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Abstract
The utility model discloses a kind of from the formula biomass fuel crusher that feeds intake, this includes engine base and the cracking cabin being arranged on engine base from the formula biomass fuel crusher that feeds intake, the storehouse that feeds intake is provided with above cracking cabin, the lower section side of cracking cabin is provided with out material conveying device, the inner cavity of cracking cabin is provided with the rotor mechanism for crushing biomass, rotor mechanism is made of the first rotor and the second rotor, and the first rotor is arranged in parallel and is mutually twisted with the second rotor；The side of rotor mechanism is provided with the first motor for driving the rotation of the first rotor, and the opposite side of rotor mechanism is provided with to drive second motor of second rotor relative to the first rotor opposite direction rotating；It is provided with above the side of rotor mechanism to rotate in a circumferential direction and move up and down on engine base and feed intake the grasping mechanism in storehouse for capturing biomass.The utility model is combined by grasping mechanism and rotor mechanism, realizes grasping with crushing integrated, high degree of automation.
Description
Technical field
The utility model is related to biomass fuel processing equipments, are crushed in particular to a kind of from the formula biomass fuel that feeds intake
Machine.
Background technology
Country and governments at all levels increase the dynamics of biomass fuel comprehensive utilization, infusion of financial resources and mechanical equipment in recent years
For the collection and processing of biomass fuel, reproducible biomass energy is provided for industrial and agricultural production, wherein, to biomass into
The broken processing of row generally uses biomass fuel crusher.Biomass fuel crusher is a kind of for stalk, branch, bark etc.
Biomass crushes the special equipment of processing, and strip or block-like biomass material can be processed into granular fuel, biomass by it
Fuel crushing machine is divided into large size by specification, medium-sized and small-sized, be divided by feeding manner it is horizontal and vertical, by breaker structure shape
Formula is divided into disc type and roll-type, is divided into according to the installation method mobile and fixed, is divided into motor-type and diesel engine by mating power
Formula.
Existing biomass fuel crusher has the following disadvantages：1) disk crusher is primarily adapted for use in agricultural crop straw
Broken processing, kibbler roll are primarily adapted for use in the broken processing of mountain forest waste, thus, existing biomass fuel crusher by
The limitation of biomass type is big, and versatility is poor；2) existing biomass fuel crusher is mainly medium-sized or small-sized crusher, crucial
Workpiece designs not reasonable, serious wear, and processing efficiency is relatively low with fragmentation quality；3) tear up efficiency is low, tear up after it is soft
Property material length it is different in size, do not meet the more of length requirement, the power consumption for tearing up flexible material per ton is high；4) it manually will need
Biomass puts into feeding warehouse, takes time and effort, the degree of automation is low.
Invention content
The purpose of this utility model seeks to provide a kind of from the formula biomass fuel crusher that feeds intake, the formula biology that feeds intake certainly
Matter fuel crushing machine is combined by grasping mechanism and rotor mechanism, realizes grasping with crushing integrated, high degree of automation, and
And the crushing efficiency of the rotor mechanism is high, power consumption is low.
To achieve the above object, the formula biomass fuel crusher that feeds intake certainly designed by the utility model, including engine base and
The cracking cabin being arranged on engine base is provided with the storehouse that feeds intake above the cracking cabin, and the lower section side of the cracking cabin is provided with
Go out material conveying device, be characterized in that：
The inner cavity of the cracking cabin is provided with the rotor mechanism for crushing biomass, and the rotor mechanism is by the first rotor
It is formed with the second rotor, first rotor is arranged in parallel and is mutually twisted with the second rotor；
The side of the rotor mechanism is provided with the first motor for driving the rotation of the first rotor, the rotor mechanism
Opposite side is provided with to drive second motor of second rotor relative to the first rotor opposite direction rotating；It is located at knife on the engine base
It is provided with to rotate in a circumferential direction and move up and down above the side of roller mechanism and feed intake the grasping mechanism in storehouse for capturing biomass.
Further, the grasping mechanism includes hydraulic gripping device, the mechanical arm group for hydraulic gripping device to be driven to move up and down
Part, for for staff control hydraulic gripping device and robot assemblies work control room and be arranged on control room bottom
Rotary table, the actuating station of the control terminal of the control room respectively with hydraulic gripping device, robot assemblies connect, are set on the engine base
It is equipped with the rack for being used to support installation rotary table.In this way, grasping mechanism can 360 ° rotation, will be to be broken by hydraulic gripping device
Biomass fuel grab and feed intake in storehouse to be put into, the depth in the storehouse that feeds intake can store the spare biomass fuel of biomass fuel,
This avoid the idle running of crusher；In addition, there are one important functions for the hydraulic gripping device, tied when material and be suspended in rotor mechanism
On, it is impossible to when being effectively broken, material bundle can be pressed down on hydraulic gripping device, the snap-in force between material bundle and cutter is provided, from
And broken engine efficiency is improved, reduce power consumption.
Further, the robot assemblies include several sections of mechanical arms, are hinged successively between several sections of mechanical arms
It is connected, wherein the head end positioned at the mechanical arm of robot assemblies first section is hinged with control room bottom, positioned at robot assemblies latter end
The end of mechanical arm and the top of hydraulic gripping device be hinged.
Further, the grasping mechanism further includes the liquid for providing hydraulic power to hydraulic gripping device and robot assemblies
Pressure device.
Further, the first speed reducer is provided between first rotor and the first motor, first speed reducer
The output shaft of input shaft and the first motor is sequentially connected, and the input shaft of the output shaft and the first rotor of first speed reducer passes through
Shaft coupling connects；
The second speed reducer, the input shaft of second speed reducer and are provided between second rotor and the second motor
The output shaft of two motors is sequentially connected, and the input shaft of the output shaft and the second rotor of second speed reducer is connected by shaft coupling
It connects.
Further, first rotor include the first rotary shaft, several be set in the outer ring upper edge of the first rotary shaft
First cutterhead of its length direction uniform intervals arrangement and the first rotating blade being arranged on the first cutterhead outer ring are adjacent
The first spacer being sheathed on the first rotor is provided between two the first cutterheads；Second rotor include the second rotary shaft,
Several are set on the outer ring of the second rotary shaft the second cutterhead of uniform intervals arrangement along its length and are arranged on the
The second rotating blade on two cutterhead outer rings, be provided between two neighboring second cutterhead be sheathed on the second rotor second every
Set；First rotating blade of first rotor can be embedded in the second spacer of corresponding second rotor and its extrusion fit；
Second rotating blade of second rotor can be embedded in the first spacer and its extrusion fit of corresponding first rotor.In this way,
Rotor mechanism is designed with the first rotor and the second rotor being mutually twisted, and compared with common crusher, eliminates intermediate comb
Plate, this novel structure is using the relative motion between the first rotating blade and the second rotating blade to biomass sandwiched therebetween
Fuel is sheared, and solves the problems, such as that flexible material (such as stalk) length is unqualified during the shearing of cutter and pecten, improves life
The crushing efficiency of biomass fuel.
Further, the axial both sides on the cracking cabin inner wall positioned at rotor mechanism are respectively arranged with several and first
The first fixation blade that rotor is used cooperatively and the second fixation blade that several are used cooperatively with the second rotor；Described first
Fixed blade can be embedded in the first spacer and its extrusion fit of corresponding first rotor, and the second fixation blade can be embedded in phase
In second spacer of corresponding second rotor with its extrusion fit.In this way, first fixes blade and the second fixation blade for knife
The problem of roller mechanism easily winds flexible material with cracking cabin inner wall gap has installed the first fixation blade and second additional and has fixed blade
Second can be carried out to flexible material to shear, make flexible material fully broken and avoid feed opening putty.
Further, it further includes the electric cabinet for controlling the first motor and the work of the second motor.
Still further, conveying side of the axial arranged direction of first rotor and the second rotor with going out material conveying device
To vertical, it is described go out material conveying device be the conveyer belt apparatus being obliquely installed.
Further, the bottom of first speed reducer is provided with first be fixedly connected with the side outer wall of cracking cabin
Support base, the second deceleration motor spindle are provided with the second support base being fixedly connected with the opposite side outer wall of cracking cabin.
Compared with prior art, the utility model has the following advantages that：
First, the formula biomass fuel crusher that feeds intake certainly of the utility model is mutually tied by grasping mechanism with rotor mechanism
Close, realize grasping with crush integrated, high degree of automation, grasping mechanism can 360 ° rotate, will be treated brokenly by hydraulic gripping device
Broken biomass fuel (such as straw bundle), which is grabbed, to feed intake to be put into storehouse, and the depth in the storehouse that feeds intake can store spare biomass fuel
Material, this avoid the idle running of crusher；In addition, there are one important functions for the hydraulic gripping device, tied when material and be suspended in rotor
In mechanism, it is impossible to when being effectively broken, material bundle can be pressed down on hydraulic gripping device, material bundle and being engaged between cutter are provided
Power so as to improve broken engine efficiency, reduces power consumption.
It is and common second, the rotor mechanism of the utility model is designed with the first rotor and the second rotor being mutually twisted
Crusher compares, and eliminates intermediate pecten, and this novel structure is used between the first rotating blade and the second rotating blade
Biomass fuel sandwiched therebetween is sheared in relative motion, flexible material (such as straw when solving the shearing of cutter and pecten
Stalk) the unqualified problem of length, improve the crushing efficiency of biomass fuel.
Third, rotor mechanism rotating blade easy to wear is mounted on cutterhead by the utility model, rotating blade uses
Special wear-resistant material and heat treatment process strengthen the intensity of the part, improve cutting-tool's used life, when tool wear,
Tool parts are only replaced, cutterhead does not need to replace, saved a large amount of material, saved equipment manufacturing and cost of use.
Fourth, on the cracking cabin inner wall of the utility model positioned at rotor mechanism axial both sides be respectively arranged with several with
The first fixation blade that first rotor is used cooperatively and the second fixation blade that several are used cooperatively with the second rotor, first
Fixed blade and the second fixation blade easily wind the flexible material that is broken for rotor mechanism with cracking cabin inner wall gap
Problem, second can be carried out to the flexible material that is broken and shear by having installed the first fixation blade and the second fixation blade additional, make by
Broken flexible material is fully broken and avoids feed opening putty.
Fifth, the utility model is simple in structure, the easy to operate, manufacturing and operating cost are cheap, it is highly suitable for giving birth to
Substance power plant uses.
Description of the drawings
Fig. 1 is a kind of main structure diagram from the formula biomass fuel crusher that feeds intake；
Fig. 2 is the side structure schematic view of Fig. 1；
Fig. 3 is the overlooking the structure diagram of Fig. 1；
Fig. 4 is the enlarged structure schematic diagram of Tu3Zhong rotors mechanism；
Fig. 5 is the schematic cross-sectional view of Fig. 4.
In figure：Engine base 1, cracking cabin 2, the storehouse 3 that feeds intake go out material conveying device 4, rotor mechanism 5, the rotation of the first rotor 5.1, first
Shaft 5.11, the first cutterhead 5.12, the first rotating blade 5.13, the first spacer 5.14, the second rotor 5.2, the second rotary shaft
5.21st, the second cutterhead 5.22, the second rotating blade 5.23, the second spacer 5.24, the first motor 6.1, the second motor 6.2, grasping
Mechanism 7, hydraulic gripping device 7.1, robot assemblies 7.2, mechanical arm 7.21, control room 7.3, rotary table 7.4, hydraulic device 7.5,
Rack 8, the first speed reducer 9.1, the second speed reducer 9.2, first fix blade 10.1, second fix blade 10.2, electric cabinet 11,
First support base 12.1, the second support base 12.2.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
It is shown in figure a kind of from the formula biomass fuel crusher that feeds intake, including engine base 1 and it is arranged on broken on engine base 1
Storehouse 2, the top of cracking cabin 2 are provided with the storehouse 3 that feeds intake, and the lower section side of cracking cabin 2 is provided with out material conveying device 4, cracking cabin 2
Inner cavity is provided with the rotor mechanism 5 for crushing biomass, and rotor mechanism 5 is made of the first rotor 5.1 and the second rotor 5.2,
First rotor 5.1 is arranged in parallel and is mutually twisted with the second rotor 5.2；First rotor 5.1 and the second rotor 5.2 it is axial arranged
Direction is vertical with the conveying direction for going out material conveying device 4, and it is the conveyer belt apparatus being obliquely installed to go out material conveying device 4.Rotor machine
The side of structure 5 is provided with the first motor 6.1 for driving the rotation of the first rotor 5.1, and the opposite side setting of rotor mechanism 5 is useful
In the second rotor 5.2 of driving relative to the second motor 6.2 of 5.1 opposite direction rotating of the first rotor；It is provided with to control on engine base 1
First motor 6.1 and the electric cabinet 11 of the second motor 6.2 work.Being provided with above the side of rotor mechanism 5 on engine base 1 can
It rotates in a circumferential direction and moves up and down and feed intake the grasping mechanism 7 in storehouse 3 for capturing biomass.First motor 6.1 and the second motor
6.2 can be decelerating motor, can also be used cooperatively using motor with speed reducer.
In above-mentioned technical proposal, grasping mechanism 7 includes hydraulic gripping device 7.1, moves up and down for driving hydraulic gripping device 7.1
Robot assemblies 7.2, are set the control room 7.3 that hydraulic gripping device 7.1 and robot assemblies 7.2 is controlled to work for confession staff
It puts in the rotary table 7.4 of 7.3 bottom of control room and is moved for providing hydraulic pressure to hydraulic gripping device 7.1 and robot assemblies 7.2
The hydraulic device 7.5 of power, the actuating station of the control terminal of control room 7.3 respectively with hydraulic gripping device 7.1, robot assemblies 7.2 are connect,
The rack 8 for being used to support installation rotary table 7.4 is provided on engine base 1.Robot assemblies 7.2 include several sections of mechanical arms
7.21, it is hinged and connected successively between several sections of mechanical arms 7.21, wherein the mechanical arm 7.21 positioned at 7.2 first section of robot assemblies
Head end is hinged with 7.3 bottom of control room, positioned at the end of the mechanical arm 7.21 of 7.2 latter end of robot assemblies and hydraulic gripping device 7.1
Top be hinged.Certainly the formula biomass fuel crusher that feeds intake of the utility model passes through 5 phase knot of grasping mechanism 7 and rotor mechanism
Close, realize grasping with crush integrated, high degree of automation, grasping mechanism 7 can 360 ° rotate, by hydraulic gripping device 7.1 by
Biomass fuel to be broken, which is grabbed, to feed intake to be put into storehouse 3, and the depth in the storehouse 3 that feeds intake can store spare biomass fuel, this
Sample avoids the idle running of crusher；In addition, there are one important functions for the hydraulic gripping device 7.1, tied when material and be suspended in rotor machine
On structure 5, it is impossible to when being effectively broken, material bundle can be pressed down on hydraulic gripping device 7.1, is provided between material bundle and rotor mechanism 5
Snap-in force, so as to improve broken engine efficiency, reduce power consumption.
In above-mentioned technical proposal, the first speed reducer 9.1 is provided between the first rotor 5.1 and the first motor 6.1, first subtracts
The output shaft of the input shaft of fast machine 9.1 and the first motor 6.1 is sequentially connected, the output shaft and the first rotor of the first speed reducer 9.1
5.1 input shaft is connected by shaft coupling；The second speed reducer 9.2 is provided between second rotor 5.2 and the second motor 6.2, the
The output shaft of the input shaft of two speed reducers 9.2 and the second motor 6.2 is sequentially connected, the output shaft and second of the second speed reducer 9.2
The input shaft of rotor 5.2 is connected by shaft coupling.The bottom of first speed reducer 9.1 is provided with to be consolidated with the side outer wall of cracking cabin 2
Surely the first support base 12.1 connected, 9.2 bottom of the second speed reducer are provided with what is be fixedly connected with the opposite side outer wall of cracking cabin 2
Second support base 12.2.
In above-mentioned technical proposal, the first rotor 5.1 include the first rotary shaft 5.11, several be set in the first rotary shaft
The first cutterhead 5.12 and be arranged on 5.12 outer ring of the first cutterhead that uniform intervals are arranged along its length on 5.11 outer ring
On the first rotating blade 5.13, be provided with first be sheathed on the first rotor 5.1 between two neighboring first cutterhead 5.12
Spacer 5.14；Second rotor 5.2 include the second rotary shaft 5.21, several be set in the second rotary shaft 5.21 outer ring upper edge its
Second cutterhead 5.22 of length direction uniform intervals arrangement and the second rotating blade being arranged on 5.22 outer ring of the second cutterhead
5.23, the second spacer 5.24 being sheathed on the second rotor 5.2 is provided between two neighboring second cutterhead 5.22；First rotor
5.1 the first rotating blade 5.13 can be embedded in the second spacer 5.24 of corresponding second rotor 5.2 and its extrusion fit；The
The first spacer 5.14 that second rotating blade 5.23 of two rotors 5.2 can be embedded in corresponding first rotor 5.1 is squeezed with it and is matched
It closes.
Several are respectively arranged on 2 inner wall of cracking cabin positioned at the axial both sides of rotor mechanism 5 with the first rotor 5.1 to coordinate
The the first fixation blade 10.1 used and several second fixation blades 10.2 being used cooperatively with the second rotor 5.2；First is solid
Ledger-plate 10.1 can be embedded in the first spacer 5.14 of corresponding first rotor 5.1 and fix blade with its extrusion fit, second
10.2 can be embedded in the second spacer 5.24 of corresponding second rotor 5.2 and its extrusion fit.The rotor machine of the utility model
Structure is designed with the first rotor and the second rotor being mutually twisted, and compared with common crusher, eliminates intermediate pecten, this
Novel structure is using the relative motion between the first rotating blade 5.13 and the second rotating blade 5.23 to biology sandwiched therebetween
Matter fuel is sheared, and solves the problems, such as that flexible material (such as stalk) length is unqualified during the shearing of cutter and pecten, improves
The crushing efficiency of biomass fuel.In addition, the rotating blade easy to wear of rotor mechanism 5 is mounted on cutterhead, rotating blade
Using special wear-resistant material and heat treatment process, strengthen the intensity of the part, improve cutting-tool's used life, work as tool wear
When, tool parts are only replaced, cutterhead does not need to replace, saved a large amount of material, saved equipment manufacturing and cost of use.
Axial both sides on the cracking cabin inner wall of the utility model positioned at rotor mechanism 5 are respectively arranged with several and first
The first fixation blade 10.1 that rotor 5.1 is used cooperatively and the second fixation blade that several are used cooperatively with the second rotor 5.2
10.2, the first fixation blade 10.1 and second fixes blade 10.2 and easily winds quilt with cracking cabin inner wall gap for rotor mechanism
The problem of broken flexible material, the first fixation blade 10.1 and second fix blade 10.2 can to the flexible material that is broken into
Second of shearing of row makes the flexible material being broken fully broken and avoids feed opening putty.
More than, only specific embodiment of the present utility model, it is noted that any those skilled in the art exist
In technical scope disclosed by the utility model, the change or replacement that can readily occur in should all cover the guarantor in the utility model
Within the scope of shield.
Claims (10)
1. it is a kind of from the formula biomass fuel crusher that feeds intake, including engine base (1) and the cracking cabin (2) being arranged on engine base (1), institute
It states and the storehouse that feeds intake (3) is provided with above cracking cabin (2), the lower section side of the cracking cabin (2) is provided with out material conveying device
(4), it is characterised in that：
The inner cavity of the cracking cabin (2) is provided with the rotor mechanism (5) for crushing biomass, and the rotor mechanism (5) is by
One rotor (5.1) and the second rotor (5.2) composition, first rotor (5.1) and the second rotor (5.2) are arranged in parallel and mutually
Occlusion；
The side of the rotor mechanism (5) is provided with the first motor (6.1) for the first rotor (5.1) to be driven to rotate, described
The opposite side of rotor mechanism (5) is provided with to drive the second rotor (5.2) relative to the of the first rotor (5.1) opposite direction rotating
Two motors (6.2)；Being provided with above the side of rotor mechanism (5) on the engine base (1) can rotate in a circumferential direction and move up and down
It feeds intake the grasping mechanism (7) in storehouse (3) for capturing biomass.
It is 2. according to claim 1 from the formula biomass fuel crusher that feeds intake, it is characterised in that：The grasping mechanism (7)
Including hydraulic gripping device (7.1), for driving robot assemblies (7.2) that hydraulic gripping device (7.1) moves up and down, for supplying work people
The control room (7.3) and be arranged on control room (7.3) bottom that member's control hydraulic gripping device (7.1) and robot assemblies (7.2) work
The rotary table (7.4) in portion, the control terminal of the control room (7.3) respectively with hydraulic gripping device (7.1), robot assemblies (7.2)
Actuating station connection, the rack (8) for being used to support installation rotary table (7.4) is provided on the engine base (1).
It is 3. according to claim 2 from the formula biomass fuel crusher that feeds intake, it is characterised in that：The robot assemblies
(7.2) it including several sections of mechanical arms (7.21), is hinged and connected successively between several sections of mechanical arms (7.21), wherein positioned at machine
The head end of the mechanical arm (7.21) of tool arm component (7.2) first section and control room (7.3) bottom are hinged, positioned at robot assemblies
(7.2) end of the mechanical arm (7.21) of latter end and the top of hydraulic gripping device (7.1) are hinged.
It is 4. according to claim 3 from the formula biomass fuel crusher that feeds intake, it is characterised in that：The grasping mechanism (7)
Further include the hydraulic device (7.5) for providing hydraulic power to hydraulic gripping device (7.1) and robot assemblies (7.2).
5. the formula biomass fuel crusher that feeds intake certainly according to claims 1 or 2 or 3 or 4, it is characterised in that：Described
The first speed reducer (9.1), the input of first speed reducer (9.1) are provided between one rotor (5.1) and the first motor (6.1)
The output shaft of axis and the first motor (6.1) is sequentially connected, the output shaft of first speed reducer (9.1) and the first rotor (5.1)
Input shaft connected by shaft coupling；
The second speed reducer (9.2), second speed reducer are provided between second rotor (5.2) and the second motor (6.2)
(9.2) output shaft of input shaft and the second motor (6.2) is sequentially connected, the output shaft of second speed reducer (9.2) and the
The input shaft of two rotors (5.2) is connected by shaft coupling.
6. the formula biomass fuel crusher that feeds intake certainly according to claims 1 or 2 or 3 or 4, it is characterised in that：Described
One rotor (5.1) is including the first rotary shaft (5.11), several are set on the outer ring of the first rotary shaft (5.11) along its length
The first cutterhead (5.12) of direction uniform intervals arrangement and the first rotating blade being arranged on the first cutterhead (5.12) outer ring
(5.13), it is provided with the first spacer (5.14) being sheathed on the first rotor (5.1) between two neighboring first cutterhead (5.12)；
Second rotor (5.2) including the second rotary shaft (5.21), several be set in the outer rings of the second rotary shaft (5.21)
On along its length the second cutterhead (5.22) of uniform intervals arrangement and be arranged on the second cutterhead (5.22) outer ring the
Two rotating blades (5.23) are provided with second be sheathed on the second rotor (5.2) between two neighboring second cutterhead (5.22)
Spacer (5.24)；
The first rotating blade (5.13) of first rotor (5.1) can be embedded in the second of corresponding second rotor (5.2) every
Cover (5.24) in its extrusion fit；The second rotating blade (5.23) of second rotor (5.2) can be embedded in corresponding
In the first spacer (5.14) of one rotor (5.1) with its extrusion fit.
It is 7. according to claim 6 from the formula biomass fuel crusher that feeds intake, it is characterised in that：In the cracking cabin (2)
Several are respectively arranged on wall positioned at the axial both sides of rotor mechanism (5) with the first rotor (5.1) is used cooperatively first to consolidate
Ledger-plate (10.1) and several second fixation blades (10.2) being used cooperatively with the second rotor (5.2)；Described first fixes
Blade (10.1) can be embedded in the first spacer (5.14) of corresponding first rotor (5.1) and its extrusion fit, and described second
Fixed blade (10.2) can be embedded in the second spacer (5.24) of corresponding second rotor (5.2) and its extrusion fit.
8. the formula biomass fuel crusher that feeds intake certainly according to claims 1 or 2 or 3 or 4, it is characterised in that：It is also wrapped
Include the electric cabinet (11) for controlling the first motor (6.1) and the second motor (6.2) work.
9. the formula biomass fuel crusher that feeds intake certainly according to claims 1 or 2 or 3 or 4, it is characterised in that：Described
The axial arranged direction of one rotor (5.1) and the second rotor (5.2) is vertical with the conveying direction for going out material conveying device (4), described
It is the conveyer belt apparatus being obliquely installed to go out material conveying device (4).
It is 10. according to claim 5 from the formula biomass fuel crusher that feeds intake, it is characterised in that：First speed reducer
(9.1) bottom is provided with the first support base (12.1) being fixedly connected with the side outer wall of cracking cabin (2), and described second slows down
Machine (9.2) bottom is provided with the second support base (12.2) being fixedly connected with the opposite side outer wall of cracking cabin (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721356367.2U CN207478737U (en) | 2017-10-17 | 2017-10-17 | From the formula biomass fuel crusher that feeds intake |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721356367.2U CN207478737U (en) | 2017-10-17 | 2017-10-17 | From the formula biomass fuel crusher that feeds intake |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207478737U true CN207478737U (en) | 2018-06-12 |
Family
ID=62480800
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721356367.2U Expired - Fee Related CN207478737U (en) | 2017-10-17 | 2017-10-17 | From the formula biomass fuel crusher that feeds intake |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207478737U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109092494A (en) * | 2018-10-30 | 2018-12-28 | 江西省庭发再生能源有限公司 | A kind of cutter for house refuse environmental protection treatment |
| CN109456798A (en) * | 2018-11-29 | 2019-03-12 | 长沙凯天工研院环保服务有限公司 | A kind of biomass feeding unit |
-
2017
- 2017-10-17 CN CN201721356367.2U patent/CN207478737U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109092494A (en) * | 2018-10-30 | 2018-12-28 | 江西省庭发再生能源有限公司 | A kind of cutter for house refuse environmental protection treatment |
| CN109456798A (en) * | 2018-11-29 | 2019-03-12 | 长沙凯天工研院环保服务有限公司 | A kind of biomass feeding unit |
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