CN207786696U - A kind of renewable new energy bio-fuel stick corn stalk raw material crushing robot - Google Patents
A kind of renewable new energy bio-fuel stick corn stalk raw material crushing robot Download PDFInfo
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- CN207786696U CN207786696U CN201721504708.6U CN201721504708U CN207786696U CN 207786696 U CN207786696 U CN 207786696U CN 201721504708 U CN201721504708 U CN 201721504708U CN 207786696 U CN207786696 U CN 207786696U
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Abstract
The utility model is related to a kind of renewable new energy bio-fuel stick corn stalk raw materials to crush robot, including support baseboard, grinding device, screening plant and transmission blanking device, the grinding device is mounted on the left side of support baseboard, screening plant is installed, transmission blanking device is mounted on the right side of support baseboard on grinding device.The utility model can solve that existing working efficiency is low, manual labor amount is big, crushing effect is bad when the existing raw material to bio-fuel crushes, can not carry out automatic sieving, needs manually to be screened the larger raw material of fineness, needs manually the problems such as crush again by fineness larger raw material；The function that the raw material to bio-fuel automatically carries out cycle crushing may be implemented, have many advantages, such as that work efficiency is high, manual labor amount is small, good crushing effect, automatic sieving can be carried out, crushing automatically by the larger feedstock transportation of fineness and again.
Description
Technical field
The utility model is related to new energy materials processing equipment field, more particularly to a kind of renewable new energy bio-fuel
Stick crushes robot with corn stalk raw material.
Background technology
Bio-fuel refers to the solid, liquid or gaseous fuel for being made of or extracting biomass, can substitute by oil system
The gasoline and diesel oil taken, is the important directions that regenerative resource develops and uses, and so-called biomass refers to utilizing big gas and water, soil
The various organisms that ground etc. is generated by photosynthesis, i.e. all lived organic substances that can be grown；It includes planting
Object, animal and microorganism are different from the traditional fuels such as oil, coal, nuclear energy, these emerging fuel are recyclable fuels；It is raw
Then object fuel rod passes through the works such as extruding mainly by materials such as peanut shell, cotton stem, maize straw, sawdusts by crushing
Sequence is made, bio-fuel stick primary structure be it is solid with it is hollow, can burn instead of timber and coal, development prospect
It is wide.
Nowadays processing is crushed to the raw material of bio-fuel mainly to crush raw material by size reduction machinery,
Manually the raw material crushed are sieved, that there are working efficiencies is low for this working method, manual labor amount is big, due to former material
Expect varied, crushes different raw material and need different size reduction machineries, and the crushing effect of raw material is bad, it can not be right
Raw material after crushing carry out automatic sieving, and the larger raw material of fineness can be dropped without screening, the fuel rod utilization rate of production
Low, the raw material needs larger to fineness manually screen being crushed again.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of renewable new energy bio-fuel stick maize straw
Raw material chopper device people, can solve that existing working efficiency when the existing raw material to bio-fuel crushes is low, artificial labor
Momentum is big, crushing effect is bad, can not carry out automatic sieving, need manually screen the larger raw material of fineness, need people
The larger raw material of fineness is carried out the problems such as crushing again by work；The raw material to bio-fuel automatically may be implemented and carry out cycle crushing
Function, have work efficiency is high, manual labor amount is small, good crushing effect, can carry out automatic sieving, is automatically that fineness is larger
Feedstock transportation and the advantages that crush again.
To achieve the goals above, the utility model uses following technical scheme, a kind of renewable new energy bio-fuel
Stick corn stalk raw material crushes robot, including support baseboard, grinding device, screening plant and transmission blanking device, described
Grinding device be mounted on the left side of support baseboard, screening plant is installed, transmission blanking device is mounted on grinding device
On the right side of support baseboard.
As a kind of optimal technical scheme of the utility model, the grinding device includes crushing frame, crushing frame, crush
Motor crushes driving shaft, crushes driven shaft, driving gear, driven gear, clean branch, runner, crush motor link and powder
Broken protective plate crushes frame and is mounted on support baseboard by crushing frame, and the upper surface for crushing frame is concave shaped structure, crushes protection
Plate is mounted on the top for crushing frame, and crushing protective plate is U-shaped structure, and crushing motor, which is mounted on, to be crushed on motor link, powder
It is mounted on broken motor link on the right side for crushing frame, the output shaft for crushing motor passes through shaft coupling and crushing driving shaft
Right end is connected, and the left end for crushing driving shaft is mounted on by bearing on crushing frame left end inner wall, and driving gear, which is mounted on, to be crushed
On the right side of driving shaft, driven gear is located at the rear side of driving gear, and driven gear is meshed with driving gear, driven gear peace
On the right side for crushing driven shaft, crush the right end of driven shaft and be mounted on by bearing and crush on motor link, crush from
The left end of moving axis by bearing be mounted on crush frame inner left wall on, crush on the middle part of driving shaft with crush driven shaft in
Runner there are one being respectively mounted in portion；Be evenly arranged with gear rolling on the runner, and on two runners gear rolling position phase
Mutually staggeredly, it crushes and cleans branch there are one being respectively mounted on the front and back inner wall of frame；The cleaning branch include clean electronic sliding block,
Support column and cleaning brush are cleaned, electronic sliding block is cleaned and is mounted on the madial wall for crushing frame, cleans to be equipped on electronic sliding block and is in
Skewed cleaning support column, cleaning brush, which is mounted on, to be cleaned on support column, manually that bio-fuel stick is former first when specific works
Material, which is put into, to be crushed in frame, and crushing protective plate can prevent raw material from falling on workbench, and the raw material of preliminary crushing passes through with rolling
The runner of knob is ground into tiny graininess, then falls in screening plant, and control cleans and cleans electric sliding on branch
Block moves left and right, and the raw material slag glued on runner can be swept and be fallen by cleaning brush, increase the crushing effect of runner.
As a kind of optimal technical scheme of the utility model, the screening plant includes screening frame, screening motor, sieve
It is divided to shaft, four sieving plates, screens out magazine, screening blanking groove, screening box support column and two screening supporting racks, screening frame is logical
Two screening supporting racks are crossed on support baseboard, the top for sieving frame is connected with the bottom for crushing frame；The screening
Frame bottom is provided with sieve pore, sieves and is provided with square groove on the right side of frame, and sieves the square groove on frame and be located above screening blanking groove, sieve
Separated motor is mounted on the screening supporting rack of support baseboard front end, and the output shaft for sieving motor is turned by shaft coupling and screening
The front end of axis is connected, and the rear end for sieving shaft is mounted on by bearing on rear side of screening frame on inner wall, and four sieving plates are symmetrically pacified
In screening shaft, the lower section that magazine is located at screening frame is screened out, magazine is screened out by sieving box support column and is mounted on branch
It supportting on bottom plate, on screening blanking groove is mounted below the right end of screening frame, screening blanking groove is U-shaped structure, when specific works, head
First control screening motor is rotated counterclockwise, and sieving plate can be pushed the raw material crushed counterclockwise, meet processing
The sieve pore that the raw material of fineness requirement can be arranged from screening frame bottom, which is fallen to, to be screened out in magazine, and the larger raw material of fineness can be sieved
Scoreboard continuation pushes to the right, and the square groove that the larger raw material of fineness can be arranged on the right side of screening frame skids off, by sieving blanking groove
The larger raw material of fineness eventually slides on transmission blanking device under guiding role.
As a kind of optimal technical scheme of the utility model, the transmission blanking device includes rising transmission belt, passing
Conveying bucket, lateral transport box, lateral transport band, longitudinal transmission frame, longitudinal transmission belt, isolation board, push push rod, pushing plate, under
Expect slideway, lateral box support and blanking slideway pillar, rises transmission belt and be mounted on the right side of support baseboard, rise in transmission belt
Transmission hopper is uniformly installed, lateral transport box is located on rear side of the upper end for rising transmission belt, and lateral transport box passes through lateral box branch
Frame is mounted on support baseboard, and lateral blow tank is provided on front side of the left end of lateral transport box, and longitudinal transmission frame, which is located at, laterally to be passed
The lower section of lateral blow tank, longitudinal transmission frame are connected with lateral transport box on defeated box, and lateral transport band is located at lateral transport box
Middle part, the left end of lateral transport band is provided with isolation board, and isolation board laterally passes on being mounted at the top of the left end of lateral transport box
It is provided with push push rod on rear side of the left end of defeated box, the front end for pushing push rod passes through the trailing flank of lateral transport box, pushes push rod
Top pushing plate is installed, pushing plate is located on the rear end of lateral transport band, and longitudinal transmission belt is oblique, longitudinal transmission belt
On longitudinal transmission frame；Anti-slop serrations are evenly arranged in longitudinal transmission belt, blanking slideway peace passes through blanking slideway branch
Column is mounted on support baseboard, and the rear end of blanking slideway is connected with the front end of longitudinal transmission frame, and the bottom surface of blanking slideway is oblique
Face structure, when specific works, raw material slides downwards the transmission hopper that can be fallen in rising transmission belt from screening blanking groove first
Interior, when raw material is transferred to the top by rising transmission belt, raw material can be fallen on the lateral transport band in lateral transport box, control
Lateral transport band processed is moved to the left movement, and raw material can be isolated plate blocking, and then control push push rod carries out stretching motion, push
Pushing plate at the top of push rod can shift raw material in longitudinal transmission belt from lateral transport band onto, and the anti-slop serrations of longitudinal transmission belt can
Prevent raw material from being slid from inclined longitudinal transmission belt, longitudinal transmission belt can be by feedstock transportation to blanking slideway, due under
Expect that the bottom surface of slideway is inclined surface structure so that raw material can be slipped to along blanking slideway to be crushed in frame so that fineness is larger
Raw material re-start crushing action, complete feedstock circulation crushing action.
When work, the first step：It will manually need the raw material crushed to be put into first to crush in pulp-collecting box, raw material can be slipped to
It transmits in column, spiral cutter can carry out raw material preliminary crushing action, and the movement by controlling the electronic sliding block group of crushing can
So that the raw material that preliminary crushing is crossed uniformly slides in grinding device, preliminary delivery board can be slipped to grinding device in raw material
Play the role of guiding when interior, when the raw material by preliminary crushing is slipped in crushing frame, raw material can be prevented by crushing protective plate
It falls on workbench, the raw material of preliminary crushing passes through the runner with gear rolling and is ground into tiny graininess, then falls
It falls in screening plant, control cleans cleaning electric sliding block on branch and moves left and right, the raw material that cleaning brush can will glue on runner
Slag, which is swept, to be fallen, and the crushing effect of runner, second step are increased：Control screening motor is rotated counterclockwise first, and sieving plate can
The raw material crushed is pushed counterclockwise, meeting the raw material of processing fineness requirement can fall from the sieve pore of screening frame bottom setting
It falls on and screens out in magazine, the larger raw material of fineness can be sized plate continuation and push to the right, and the larger raw material of fineness can be from screening
The square groove being arranged on the right side of frame skids off, and the larger raw material of fineness eventually slides into rising and passes under the guiding role by sieving blanking groove
In the defeated transmission hopper taken, when raw material is transferred to the top by rising transmission belt, raw material can be fallen in lateral transport box
Lateral transport band on, control lateral transport band is moved to the left movement, and raw material can be isolated plate blocking, then control push push rod
Stretching motion is carried out, pushing the pushing plate at the top of push rod can shift raw material in longitudinal transmission belt from lateral transport band onto, longitudinal
The anti-slop serrations of transmission belt can prevent raw material from being slid from inclined longitudinal transmission belt, and longitudinal transmission belt can arrive feedstock transportation
In blanking slideway, since the bottom surface of blanking slideway is inclined surface structure so that raw material can be slipped to crushing along blanking slideway
In frame so that the larger raw material of fineness re-starts crushing action, and the raw material automatically to bio-fuel may be implemented and recycle
The function of crushing.
The beneficial effects of the utility model are：
One, the utility model can solve existing working efficiency when the existing raw material to bio-fuel crushes it is low,
Manual labor amount is big, crushing effect is bad, can not carry out automatic sieving, need manually to be screened the larger raw material of fineness,
It needs that the larger raw material of fineness is manually carried out the problems such as crushing again；The raw material automatically to bio-fuel may be implemented to follow
The function that ring crushes, has that work efficiency is high, manual labor amount is small, good crushing effect, can carry out automatic sieving, automatically will be thin
The advantages that spending larger feedstock transportation and crushing again；
Two, the utility model is provided with grinding device, and the crushing protective plate on grinding device can prevent raw material from falling to
On workbench, the raw material of preliminary crushing passes through the runner with gear rolling and is ground into tiny graininess, on grinding device
Cleaning branch, which can sweep the raw material slag glued on runner, to be fallen, and the crushing effect of runner is increased；
Three, the utility model is provided with screening plant, and screening plant can carry out automatic sieving to the raw material after crushing,
The raw material of suitable fineness, which can be fallen to, to be screened out in magazine, and the larger raw material of fineness can be sized away progress again
Crushing and processing；
Four, the utility model is provided with transmission blanking device, and transmission blanking device can be automatic by the larger raw material of fineness
It is transported to and crushes in frame so that raw material are crushed to suitable fineness again.
Description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the first structure schematic diagram between the utility model support baseboard, grinding device and screening plant；
Fig. 3 is the second structural schematic diagram between the utility model support baseboard, grinding device and screening plant；
Fig. 4 is the sectional view between the utility model grinding device and screening plant；
Fig. 5 is the structural schematic diagram between the utility model support baseboard and transmission blanking device.
Specific implementation mode
In order to make the technical means, creative features, achievement of purpose, and effectiveness of the utility model be easy to understand, under
Face combines and is specifically illustrating, and the utility model is expanded on further.It should be noted that in the absence of conflict, in the application
Feature in embodiment and embodiment can be combined with each other.
As shown in Figures 1 to 5, a kind of renewable new energy bio-fuel stick corn stalk raw material crushes robot, packet
It includes support baseboard 1, grinding device 3, screening plant 4 and transmission blanking device 5, the grinding device 3 and is mounted on support baseboard 1
Left side on, screening plant 4 is installed, transmission blanking device 5 is mounted on the right side of support baseboard 1 on grinding device 3.
The grinding device 3 is driven including crushing frame 31, crushing frame 32, crushing motor 33, crushing driving shaft 34, crushing
Axis 35, driven gear 37, cleans branch 38, runner 39, crushes motor link 310 and crushes protective plate driving gear 36
311, it crushes frame 31 and is mounted on support baseboard 1 by crushing frame 32, the upper surface for crushing frame 31 is concave shaped structure, is crushed anti-
Backplate 311 is mounted on the top for crushing frame 31, and crushing protective plate 311 is U-shaped structure, and crushing motor 33, which is mounted on, crushes motor
It on link 310, crushes on the right side for being mounted on motor link 310 and crushing frame 31, the output shaft for crushing motor 33 is logical
It crosses shaft coupling and is connected with the right end for crushing driving shaft 34, the left end for crushing driving shaft 34 is mounted on 31 left side of crushing frame by bearing
It holds on inner wall, driving gear 36 is mounted on the right side for crushing driving shaft 34, and driven gear 37 is located at the rear side of driving gear 36,
Driven gear 37 is meshed with driving gear 36, and driven gear 37 is mounted on the right side for crushing driven shaft 35, crushes driven shaft
35 right end is mounted on by bearing and is crushed on motor link 310, and the left end for crushing driven shaft 35 is mounted on powder by bearing
In the inner left wall of broken frame 31, crush on the middle part of driving shaft 34 with crush driven shaft 35 middle part on be respectively mounted there are one runner
39；Be evenly arranged with gear rolling on the runner 39, and on two runners 39 gear rolling position it is interlaced, crush frame 31
Front and back inner wall on be respectively mounted there are one clean branch 38；The cleaning branch 38 includes cleaning electronic sliding block 381, cleaning branch
Dagger 382 and cleaning brush 383 clean electronic sliding block 381 and are mounted on the madial wall for crushing frame 31, clean on electronic sliding block 381
Oblique cleaning support column 382 is installed, cleaning brush 383, which is mounted on, to be cleaned on support column 382, when specific works, first
Manually bio-fuel stick raw material is put into and is crushed in frame 31, crushing protective plate 311 can prevent raw material from falling on workbench, just
The raw material that step crushes passes through the runner 39 with gear rolling and is ground into tiny graininess, then falls in screening plant 4,
Control cleans cleaning electric sliding block 381 on branch 38 and moves left and right, and cleaning brush 383 can sweep the raw material slag glued on runner 39
It falls, increases the crushing effect of runner 39.
The screening plant 4 includes screening frame 41, screening motor 42,43, four sieving plates 44 of screening shaft, screens out
Magazine 45, screening blanking groove 46, screening box support column 47 and two screening supporting racks 48, screening frame 41 are supported by two screenings
Frame 48 is mounted on support baseboard 1, and the top for sieving frame 41 is connected with the bottom for crushing frame 31；41 bottom of screening frame
It is provided with sieve pore, the right side of screening frame 41 is provided with square groove, and sieves the square groove on frame 41 and be located at 46 top of screening blanking groove, sieve
Separated motor 42 is mounted on the screening supporting rack 48 of 1 front end of support baseboard, and the output shaft of screening motor 42 passes through shaft coupling
It is connected with the front end of screening shaft 43, the rear end for sieving shaft 43 is mounted on by bearing on screening 41 rear side inner wall of frame, and four
A sieving plate 44 is symmetrically mounted in screening shaft 43, is screened out the lower section that magazine 45 is located at screening frame 41, is screened out magazine 45
It is mounted on support baseboard 1 by sieving box support column 47, sieves blanking groove 46 and be mounted below the right end of screening frame 41, sieve
Point blanking groove 46 is U-shaped structure, and when specific works, control screening motor 42 is rotated counterclockwise first, and sieving plate 44 can
The raw material crushed is pushed counterclockwise, meets the sieve pore that the raw material of processing fineness requirement can be arranged from 41 bottom of screening frame
It falls to and screens out in magazine 45, the larger raw material of fineness can be sized the continuation of plate 44 and push to the right, the larger raw material meeting of fineness
The square groove being arranged from 41 right side of screening frame skids off, eventually by the larger raw material of fineness under the guiding role of screening blanking groove 46
It slides on transmission blanking device 5.
The transmission blanking device 5 includes rising transmission belt 51, transmission hopper 52, lateral transport box 53, lateral transport
Band 54, longitudinal transmission frame 55, longitudinal transmission belt 56, isolation board 57, push push rod 58, pushing plate 59, blanking slideway 510, transverse direction
Box support 511 and blanking slideway pillar 512 rise transmission belt 51 and are mounted on the right side of support baseboard 1, rise in transmission belt 51
Transmission hopper 52 is uniformly installed, lateral transport box 53 is located on rear side of the upper end for rising transmission belt 51, and lateral transport box 53 passes through
Lateral box support 511 is mounted on support baseboard 1, and lateral blow tank, Zong Xiangchuan are provided on front side of the left end of lateral transport box 53
Defeated frame 55 is located at the lower section of lateral blow tank on lateral transport box 53, and longitudinal transmission frame 55 is connected with lateral transport box 53, horizontal
It is located at the middle part of lateral transport box 53 to transmission belt 54, the left end of lateral transport band 54 is provided with isolation board 57, and isolation board 57 is pacified
On at the top of the left end of lateral transport box 53, it is provided with push push rod 58 on the left end rear side of lateral transport box 53, push pushes away
The front end of bar 58 passes through the trailing flank of lateral transport box 53, the top of push push rod 58 to be equipped with pushing plate 59, pushing plate 59
In on the rear end of lateral transport band 54, longitudinal transmission belt 56 is oblique, and longitudinal transmission belt 56 is located on longitudinal transmission frame 55；Institute
Anti-slop serrations are evenly arranged in the longitudinal transmission belt 56 stated, the peace of blanking slideway 510 is mounted on support by blanking slideway pillar 512
On bottom plate 1, the rear end of blanking slideway 510 is connected with the front end of longitudinal transmission frame 55, and the bottom surface of blanking slideway 510 is inclined-plane knot
Structure, when specific works, raw material slides downwards the transmission hopper that can be fallen to and rise in transmission belt 51 from screening blanking groove 46 first
In 52, when raw material is transferred to the top by rising transmission belt 51, raw material can fall to the lateral transport in lateral transport box 53
On band 54, control lateral transport band 54 is moved to the left movement, and raw material can be isolated the blocking of plate 57, then control push push rod 58
Stretching motion is carried out, the pushing plate 59 at 58 top of push push rod can shift raw material onto longitudinal transmission belt 56 from lateral transport band 54
On, the anti-slop serrations of longitudinal transmission belt 56 can prevent raw material from being slid from inclined longitudinal transmission belt 56,56 energy of longitudinal transmission belt
It is enough by feedstock transportation to blanking slideway 510, since the bottom surface of blanking slideway 510 is inclined surface structure so that raw material can edge
It blanking slideway 510 to be slipped in crushing frame 31 so that the larger raw material of fineness re-starts crushing action, completes raw material and follows
The action that ring crushes.
When work, the first step：It will manually need the raw material crushed to be put into first to crush in pulp-collecting box 211, raw material can be slided
It falls in transmission column 28, spiral cutter 27 can carry out raw material preliminary crushing action, and electronic sliding block group is crushed by controlling
21 movement can make the raw material that preliminary crushing is crossed uniformly slide in grinding device 3, and preliminary delivery board 29 can be in raw material
Play the role of guiding when being slipped in grinding device 3, when the raw material by preliminary crushing is slipped in crushing frame 31, crushes anti-
Backplate 311 can prevent raw material from falling on workbench, and the raw material of preliminary crushing passes through the runner 39 with gear rolling and is crushed
At tiny graininess, then falling in screening plant 4, control cleans cleaning electric sliding block 381 on branch 38 and moves left and right,
The raw material slag glued on runner 39 can be swept and be fallen by cleaning brush 383, increase the crushing effect of runner 39, second step：It controls first
Screening motor 42 is rotated counterclockwise, and sieving plate 44 can be pushed the raw material crushed counterclockwise, and it is thin to meet processing
The sieve pore that the raw material that degree requires can be arranged from 41 bottom of screening frame, which be fallen to, to be screened out in magazine 45, and the larger raw material of fineness can quilt
The continuation of sieving plate 44 pushes to the right, and the square groove that the larger raw material of fineness can be arranged from 41 right side of screening frame skids off, by under screening
The larger raw material of fineness eventually slides into the transmission hopper 52 risen in transmission belt 51 under the guiding role of hopper 46, raw material warp
When crossing rising transmission belt 51 and being transferred to the top, raw material can be fallen on the lateral transport band 54 in lateral transport box 53, control
Lateral transport band 54 is moved to the left movement, and raw material can be isolated the blocking of plate 57, and then control push push rod 58 carries out stretching motion,
The pushing plate 59 at 58 top of push push rod can shift raw material in longitudinal transmission belt 56 from lateral transport band 54 onto, longitudinal transmission belt
56 anti-slop serrations can prevent raw material from being slid from inclined longitudinal transmission belt 56, and longitudinal transmission belt 56 can arrive feedstock transportation
In blanking slideway 510, since the bottom surface of blanking slideway 510 is inclined surface structure so that raw material can be along blanking slideway 510
It is slipped to and crushes in frame 31 so that the larger raw material of fineness re-starts crushing action, realizes the original automatically to bio-fuel
Material carries out the function of cycle crushing, solves that existing working efficiency when the existing raw material to bio-fuel crushes is low, people
The work amount of labour is big, crushing effect is bad, can not carry out automatic sieving, need manually to be screened the larger raw material of fineness, need
The larger raw material of fineness is manually subjected to the problems such as crushing again, reach purpose.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that the present utility model is not limited to the above embodiments, the only explanation of the description in above embodiments and description
The principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes
Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model
It encloses and is defined by the appending claims and its equivalent thereof.
Claims (7)
1. a kind of renewable new energy bio-fuel stick corn stalk raw material crushes robot, including support baseboard (1), crushing
Device (3), screening plant (4) and transmission blanking device (5), it is characterised in that：The grinding device (3) is mounted on support bottom
On the left side of plate (1), screening plant (4) is installed on grinding device (3), transmission blanking device (5) is mounted on support baseboard (1)
Right side on；Wherein：
The transmission blanking device (5) includes rising transmission belt (51), transmission hopper (52), lateral transport box (53), transverse direction
Transmission belt (54), longitudinal transmission frame (55), longitudinal transmission belt (56), isolation board (57), push push rod (58), pushing plate (59),
Blanking slideway (510), lateral box support (511) and blanking slideway pillar (512), rise transmission belt (51) and are mounted on support baseboard
(1) on right side, rise and transmission hopper (52) is uniformly installed in transmission belt (51), lateral transport box (53), which is located to rise, to be transmitted
On rear side of the upper end of band (51), lateral transport box (53) is mounted on by lateral box support (511) on support baseboard (1), is laterally passed
It is provided with lateral blow tank on front side of the left end of defeated box (53), longitudinal transmission frame (55), which is located on lateral transport box (53), laterally to be discharged
The lower section of slot, longitudinal transmission frame (55) are connected with lateral transport box (53), and lateral transport band (54) is located at lateral transport box
(53) left end at middle part, lateral transport band (54) is provided with isolation board (57), and isolation board (57) is mounted on lateral transport box
(53) at the top of left end, it is provided with push push rod (58) on the left end rear side of lateral transport box (53), push push rod (58)
Front end passes through the trailing flank of lateral transport box (53), and pushing plate (59), pushing plate (59) are equipped at the top of push push rod (58)
On the rear end of lateral transport band (54), obliquely, longitudinal transmission belt (56) is located at longitudinal transmit to longitudinal transmission belt (56)
On frame (55), blanking slideway (510) peace is mounted on by blanking slideway pillar (512) on support baseboard (1), blanking slideway
(510) rear end is connected with the front end of longitudinal transmission frame (55).
2. a kind of renewable new energy bio-fuel stick according to claim 1 crushes robot with corn stalk raw material,
It is characterized in that：The grinding device (3) includes crushing frame (31), crushing frame (32), crush motor (33), crush driving shaft
(34), driven shaft (35) is crushed, driving gear (36), driven gear (37), branch (38) is cleaned, runner (39), crushes motor
Link (310) and crushing protective plate (311) crush frame (31) and are mounted on support baseboard (1) by crushing frame (32), crush
The upper surface of frame (31) is concave shaped structure, crushes protective plate (311) and is mounted on the top for crushing frame (31), crushes protective plate
(311) it is U-shaped structure, crushes motor (33) and be mounted on crushing motor link (310), crush on motor link (310)
On the right side for crushing frame (31), the output shaft for crushing motor (33) passes through shaft coupling and the right side for crushing driving shaft (34)
End is connected, and the left end for crushing driving shaft (34) is mounted on by bearing on crushing frame (31) left end inner wall, driving gear (36)
On the right side for crushing driving shaft (34), driven gear (37) is located at the rear side of driving gear (36), driven gear (37)
It is meshed with driving gear (36), driven gear (37) is mounted on the right side for crushing driven shaft (35), crushes driven shaft (35)
Right end be mounted on and crushed on motor link (310) by bearing, the left end for crushing driven shaft (35) is mounted on by bearing
In the inner left wall for crushing frame (31), crushes and be mounted on on the middle part of crushing driven shaft (35) on the middle part of driving shaft (34)
One runner (39) crushes and cleans branch (38) there are one being respectively mounted on the front and back inner wall of frame (31).
3. a kind of renewable new energy bio-fuel stick according to claim 1 crushes robot with corn stalk raw material,
It is characterized in that：The screening plant (4) includes screening frame (41), screening motor (42), screening shaft (43), four screenings
Plate (44) screens out magazine (45), screening blanking groove (46), screening box support column (47) and two screening supporting racks (48), sieve
It is divided to frame (41) to be mounted on support baseboard (1) by two screening supporting racks (48), top and the crushing frame of screening frame (41)
(31) bottom is connected, and screening motor (42) is mounted on the screening supporting rack (48) of support baseboard (1) front end, sieves
The output shaft of motor (42) is connected by shaft coupling with the front end of screening shaft (43), and the rear end of screening shaft (43) passes through axis
It holds on inner wall on rear side of screening frame (41), four sieving plates (44) are symmetrically mounted in screening shaft (43), screening discharging
Box (45) is located at the lower section of screening frame (41), screens out magazine (45) by sieving box support column (47) and is mounted on support baseboard
(1) on, screening blanking groove (46) is mounted on the right end lower section of screening frame (41), and screening blanking groove (46) is U-shaped structure.
4. a kind of renewable new energy bio-fuel stick according to claim 1 crushes robot with corn stalk raw material,
It is characterized in that：It is evenly arranged with anti-slop serrations in longitudinal transmission belt (56).
5. a kind of renewable new energy bio-fuel stick according to claim 2 crushes robot with corn stalk raw material,
It is characterized in that：The cleaning branch (38) includes cleaning electronic sliding block (381), cleaning support column (382) and cleaning brush
(383), it cleans electronic sliding block (381) to be mounted on the madial wall for crushing frame (31), cleans to be equipped on electronic sliding block (381) and be in
Skewed cleaning support column (382), cleaning brush (383), which is mounted on, to be cleaned on support column (382).
6. a kind of renewable new energy bio-fuel stick according to claim 2 crushes robot with corn stalk raw material,
It is characterized in that：Be evenly arranged with gear rolling on the runner (39), and on two runners (39) gear rolling position it is mutual
Staggeredly.
7. a kind of renewable new energy bio-fuel stick according to claim 3 crushes robot with corn stalk raw material,
It is characterized in that：Described screening frame (41) bottom is provided with sieve pore, square groove is provided on the right side of screening frame (41), and sieve frame
(41) square groove on is located above screening blanking groove (46).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721504708.6U CN207786696U (en) | 2017-11-11 | 2017-11-11 | A kind of renewable new energy bio-fuel stick corn stalk raw material crushing robot |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721504708.6U CN207786696U (en) | 2017-11-11 | 2017-11-11 | A kind of renewable new energy bio-fuel stick corn stalk raw material crushing robot |
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| Publication Number | Publication Date |
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| CN207786696U true CN207786696U (en) | 2018-08-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113083420A (en) * | 2021-04-02 | 2021-07-09 | 肖文强 | Preparation method of alkali-free environment-friendly concrete high-efficiency accelerator |
-
2017
- 2017-11-11 CN CN201721504708.6U patent/CN207786696U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113083420A (en) * | 2021-04-02 | 2021-07-09 | 肖文强 | Preparation method of alkali-free environment-friendly concrete high-efficiency accelerator |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180831 Termination date: 20181111 |