CN207578727U - A kind of hopper assembly of material leak-proof - Google Patents
A kind of hopper assembly of material leak-proof Download PDFInfo
- Publication number
- CN207578727U CN207578727U CN201721517578.XU CN201721517578U CN207578727U CN 207578727 U CN207578727 U CN 207578727U CN 201721517578 U CN201721517578 U CN 201721517578U CN 207578727 U CN207578727 U CN 207578727U
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- China
- Prior art keywords
- ontology
- feed hopper
- bucket
- agitator tank
- rack
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- 239000000463 material Substances 0.000 title claims abstract description 46
- 238000007789 sealing Methods 0.000 claims abstract description 56
- 230000008878 coupling Effects 0.000 claims description 4
- 238000010168 coupling process Methods 0.000 claims description 4
- 238000005859 coupling reaction Methods 0.000 claims description 4
- 230000006835 compression Effects 0.000 claims description 3
- 238000007906 compression Methods 0.000 claims description 3
- 239000007788 liquid Substances 0.000 claims description 2
- 239000002689 soil Substances 0.000 description 24
- 238000010586 diagram Methods 0.000 description 12
- 238000004140 cleaning Methods 0.000 description 11
- 238000007599 discharging Methods 0.000 description 11
- 238000011010 flushing procedure Methods 0.000 description 5
- 238000012423 maintenance Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 4
- 230000036316 preload Effects 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
- 238000009434 installation Methods 0.000 description 3
- 238000003756 stirring Methods 0.000 description 3
- 238000005452 bending Methods 0.000 description 2
- 230000000903 blocking effect Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 239000003795 chemical substances by application Substances 0.000 description 2
- 238000007667 floating Methods 0.000 description 2
- 230000007246 mechanism Effects 0.000 description 2
- 238000000926 separation method Methods 0.000 description 2
- 230000007480 spreading Effects 0.000 description 2
- 238000005406 washing Methods 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000000712 assembly Effects 0.000 description 1
- 238000000429 assembly Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000037237 body shape Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 239000003599 detergent Substances 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 238000002156 mixing Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
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- Filling Or Emptying Of Bunkers, Hoppers, And Tanks (AREA)
Abstract
The utility model belongs to field,A kind of hopper assembly of the material leak-proof proposed,Including rack,Discharge bucket is provided in rack,Discharge bucket is located at below feed hopper,Feed hopper includes feed hopper ontology,Rotation is provided with driving lever and follower lever in rack,Driving lever is connect with rotated down in the middle part of feed hopper ontology,Follower lever is rotatablely connected with rear side above feed hopper ontology,Motor driving driving lever drives the overturning of feed hopper ontology,Driving lever is located at follower lever and rack junction top with rack junction,Sealing device is additionally provided in rack,Sealing device includes the hydraulic cylinder one for being arranged on rack both sides,The rotation of one output terminal of hydraulic cylinder is provided with connecting rod,The both ends of two connecting rods and link are rotatablely connected,It is connect in the middle part of link with agitator tank sealing cover center rotating,Hydraulic cylinder one drives agitator tank sealing cover to be aligned and seal with agitator tank,Solves the technical issues of material leakage easily occurs for hopper assembly in the prior art.
Description
Technical field
The utility model belongs to trucd mixer technical field, is related to a kind of hopper assembly of material leak-proof.
Background technology
In recent years, China's economy develops rapidly, especially engineering construction industry, and the demand to all kinds of engineering equipments is also significantly
Increase, especially concrete mixer truck, but the hopper assembly of concrete mixer truck is revolved when going up a slope with agitator tank in the prior art
Material leakage phenomenon easily occurs when turning over fast, highway is damaged, there are hidden danger next time for serious conditions.
Utility model content
The utility model proposes a kind of hopper assemblies of material leak-proof, solve hopper assembly in the prior art and material leakage easily occurs
The technical issues of.
What the technical solution of the utility model was realized in：
A kind of hopper assembly of material leak-proof including rack, is provided with discharge bucket in the rack, the discharge bucket is located at institute
It states below feed hopper,
The feed hopper includes feed hopper ontology, is rotated in the rack and is provided with driving lever and follower lever, the active
Bar is connect with rotated down in the middle part of feed hopper ontology, and the follower lever is rotatablely connected with rear side above the feed hopper ontology, electricity
Machine drives the driving lever to drive the overturning of feed hopper ontology,
The driving lever is located at the follower lever and rack junction top with the rack junction,
Sealing device is additionally provided in the rack, the sealing device includes the hydraulic cylinder one for being arranged on rack both sides,
One output terminal of the hydraulic cylinder rotation is provided with connecting rod, and the both ends rotation connection of two connecting rods and link is described
It is connect in the middle part of link with agitator tank sealing cover center rotating, the hydraulic cylinder one drives agitator tank sealing cover to be aligned with agitator tank
And it seals.
As further technical solution, the link is connected by self-aligning roller bearing and the agitator tank sealing cover
It connects.
As further technical solution, be provided with screw thread on the agitator tank sealing cover, the agitator tank sealing cover with
Agitator tank is sealed by screw-threaded coupling.
As further technical solution, the link upper edge is tangentially-arranged locking device, the locking device packet
Latch segment and handle connected to it are included, the latch segment is rotatably arranged on link, and the latch segment is close to the stirring
The side of tank sealing cover is provided with arc convex, and the arc convex is locked with agitator tank sealing cover compression.
As further technical solution, the feed hopper body shape be up big and down small slant edge platform, the feed hopper
Side is provided with feed hopper discharge port below ontology, and guide housing is connected on the outside of the feed hopper discharge port.
As further technical solution, blanking cover is further included, the blanking cover is made of rubber material, the feed hopper discharging
Mouthful and the blanking cover be circle, be provided with screw thread one on the outside of the feed hopper discharge port, the blanking cover include sealing plate and with
The connector sleeve of sealing plate connection, the connector sleeve inside is provided with to be led to the one corresponding screw thread two of screw thread, the blanking cover
It crosses the screw thread one and the screw thread two is threaded to feed hopper discharge port.
As further technical solution, the guide housing is rubber material, and the guide housing includes backplate, the backplate
Downside is connected with cambered plate, and the backplate last time is provided with groove, and the backplate is provided at both ends with fixed seat, and two fixed seats connect
It connects, the guide housing surrounds cylindrical shape, and the groove interlocks with the screw thread one.
As further technical solution, the discharge bucket includes discharge bucket ontology, and the both sides of the discharge bucket ontology are set
Arc-shaped slide rail is equipped with, is slided on the arc-shaped slide rail and is provided with shield bucket, arcuately sliding rail slides into mutual merging, institute to the shield bucket
It states shield bucket and is arcuately provided with several pulleys,
Described this body section of discharge bucket is U-shaped, setting discharge bucket discharge port below the discharge bucket ontology,
The shield bucket section is U-shaped, and the shield bucket is mutually harmonious in fan annular, the shield bucket along arc-shaped slide rail slip
And mounting hole, the shape phase that the mounting hole is exported with agitator tank are formed between the shield bucket and the discharge bucket ontology after merging
Together.
As further technical solution, hydraulic cylinder two is hinged in the rack, two output terminal of hydraulic cylinder is hinged
On shield bucket, the hydraulic cylinder two pushes the shield bucket, and arcuately sliding rail slides into mutual merging, and the discharge bucket ontology is provided with
Notch, the hinge bar of the hydraulic cylinder two and the shield bucket are moved in the notch.
As further technical solution, the shield bucket includes two cricoid side plates of fan, the outside of two side plates
It is interconnected by arc panel, the side plate lower end is provided with extension board, and the pulley is again provided on the extension board.
As further technical solution, the feed hopper ontology upper end is additionally provided with several flushing hydraulic giants.
As further technical solution, the motor is the high-power servo motor of the slow-speed of revolution.
As further technical solution, the arc-shaped slide rail and the shield bucket are located on the inside of the discharge bucket ontology, institute
It states shield bucket and includes arc panel, several row's hairbrush are provided on the outside of the arc panel.
As further technical solution, the disengaging hopper ontology is provided with discharge bucket discharge port, and the discharge bucket goes out
Material mouth both sides are inclined plate, are provided with spring plank on the inclined plate, the spring plank upper end is connect with the inclined plate upper end, under the spring plank
It holds as arc.
As further technical solution, the shield bucket upper end is provided with convex edge, the convex edge and the discharge bucket ontology
It interlocks.
It the utility model use principle and has the beneficial effect that：
1st, crank and rocker mechanism, wherein driving lever are formed by rack, driving lever, follower lever and rack in the utility model
For crank, follower lever is rocking bar, and feed hopper ontology is connecting rod, when motor driving driving lever leaves initial position, driving lever fortune
Dynamic speed, follower lever movement velocity is slower, and first driving feed hopper ontology lower end, feed hopper ontology is separate to be stirred far from agitator tank
Driving lever continues to move after mixing tank, and feed hopper ontology is jacked up and overturn, and feed hopper ontology can be cleaned at this time, existing skill
For feed hopper ontology to fix, cleaning is extremely inconvenient in art, more convenient to the cleaning of feed hopper ontology in the utility model, and by
It can be detached in feed hopper ontology with agitator tank, agitator tank can be sealed, prevent agitator tank from material leakage occurring in transportational process
Phenomenon, setting are scientific and reasonable.
When being sealed to agitator tank, motor driving driving lever drives feed hopper ontology to be detached with agitator tank feeding mouth, and two
A hydraulic cylinder one two connecting rods of driving and link, and pass through connecting rod and the floating company of hydraulic cylinder one and link jointly
It connects, adjusts the position of agitator tank sealing cover, agitator tank sealing cover is enable to be aligned and seal with agitator tank, since agitator tank seals
Bar is rotatablely connected with link, agitator tank sealing cover is allowed to rotate together in agitator tank rotary course, stirrer seal lid
Setting makes blender be truly realized sealing, fundamentally solves the hidden danger that material leakage occurs in transport for mixer lorry, solution
It has determined industry problems, setting is scientific and reasonable.
2nd, it in the utility model, is connected between stirrer seal lid and link by self-aligning roller bearing, aligning roller axis
It holds with automatic aligning performance, thus is not easy to influence error or bending shaft with bearing block angle by axis, suitable for installation
Error or shaft flexing and the occasion for causing angular error increase the interchangeability and reliability of equipment, in agitator tank sealing cover and
Agitator tank feed inlet is both provided with screw thread, and the connection for making agitator tank sealing cover and agitator tank is more convenient, and setting is scientific and reasonable.
3rd, be additionally provided with locking device in the utility model on mounting bracket, single locking device can by squeeze grip,
Latch segment and agitator tank sealing cover are forced together, apply a preload frictional force to agitator tank sealing cover, so as to fulfill a side
To preload and other direction self-locking, it is close to agitator tank by squeeze grip when agitator tank sealing cover is docked with agitator tank
Capping is pre-tightened, and limits the rotation of agitator tank sealing cover, agitator tank sealing cover is made to relatively rotate with agitator tank, tightens spiral shell
After line, agitator tank continues to rotate, and the power that agitator tank sealing cover applies is more than and pre-tightens frictional force, makes agitator tank sealing cover and installation
Frame floats；When agitator tank sealing cover is detached with agitator tank, agitator tank reversely rotates, by squeeze grip to agitator tank sealing cover
Self-locking is carried out, is finally reached the purpose of separation, it is simple in structure, it is skillfully constructed, setting is scientific and reasonable.
4th, feed hopper ontology is up big and down small slant edge platform in the utility model, facilitates charging, lower section is gathered can be by solidifying soil
Feed hopper discharge port is oriented to, a guide housing can be installed on the outside of feed hopper discharge port, guide housing is detachable setting, improves and sets
Standby interchangeability, guide housing can play the role of guiding to solidifying soil, solidifying soil are guided in agitator tank, at the same can prevent to
Material leakage phenomenon occurs when agitator tank is fed, setting is scientific and reasonable.
5th, feed hopper discharge port can also screw on a blanking cover by screw thread in the utility model, and blanking cover can be by feed hopper discharge port
Sealing, and then realize the function of feed hopper ontology savings cleaning solution, it, can be first by guide housing when being cleaned to feed hopper ontology
It removes, and blanking cover is screwed on, inject cleaning solution to feed hopper ontology, motor driving driving lever turns over hopper after scrub
Turn, and the turbid in ontology is discharged, by the screw thread one being arranged on the inside of connector sleeve and be arranged on the outside of feed hopper discharge port
Screw thread two be meshed, blanking cover can be connect with feed hopper discharge port, and since blanking cover is made of rubber, can play good close
Effect is sealed, setting is scientific and reasonable.
6th, guide housing can simultaneously be unfolded for rubber material in the utility model, and guide housing is design for disassembly, by fixed seat
On fastener remove the dismounting that can be completed with guide housing, when guide housing is installed, guide housing is wrapped up into feed hopper discharge port, and
Screw thread one with groove is aligned, then two fixed seats are connected with fastener, groove interlocks with screw thread one and increases the strong of connecting portion
Degree and stability, the rectangular shape being put together with arch of guide housing setting are in mainly power when guide housing surrounds cylinder
Lower section it is longer, stress is more reasonable, reduce deformation, setting it is scientific and reasonable.
The flushing hydraulic giant set on feed hopper ontology in the utility model can inject detergent into feed hopper ontology, subtract
Maintenance cost is lacked, while can also carry out high pressure washing to feed hopper ontology, under this working environment, motor selects the slow-speed of revolution big
Power motor, in charging, motor regular can change the power for exporting both direction, driving lever be driven to swing, and then drive
Feed hopper ontology is shaken, more efficient when feeding feed hopper ontology, while reduces the phenomenon that feed hopper ontology loses material, setting
It is scientific and reasonable.
7th, the arc-shaped slide rail being arranged in the utility model on discharge bucket ontology can slide along two shield buckets, work as needs
Quick discharge or when transport upper ripple, can will shield bucket arcuately sliding rail is slid into above discharge bucket ontology, two shield buckets and discharge
Bucket ontology is spliced into a round mounting hole, and the discharge bucket discharge port of trucd mixer agitator is encased, and effectively prevents material leakage
Spreading, and the rotary speed of agitator discharging is relieved, the quick rotating discharge of agitator is allowed to limit, setting is scientific and reasonable.
The section of discharge bucket ontology and shield bucket is U-shaped, and shield bucket can be enable to be bonded the inner or outer side of discharge bucket ontology,
The agitator of trucd mixer is round, and discharge bucket ontology can splice to circularize with shield bucket can make discharging process material leakage phenomenon less,
Arc-shaped slide rail is T-shaped slide rail, and is arranged on the inside of discharge bucket ontology, due to discharge bucket ontology interior side contacts coagulate soil it is less, have
Effect prevents solidifying soil from blocking sliding rail, and setting is scientific and reasonable.
It is realized when movement of the bucket along sliding rail the 8th, is protected in the utility model by the hydraulic cylinder two being arranged in rack, hydraulic pressure
The application of cylinder two makes the rotation in the shield bucket arcuately sliding rail center of circle become linear movement, simplifies structure, improves the reliable of equipment
Property, avoid the waste of manpower, when hydraulic cylinder two push shield bucket retraction discharge bucket ontology when, discharge bucket ontology hydraulic cylinder two with
It protects at the hinge bar of bucket and is oppositely arranged jagged, shield bucket is enable to be fully retracted discharge bucket ontology, saves space, setting science is closed
Reason.
9th, shield bucket Slideslip in discharge bucket ontology in the utility model, since the internal diameter of discharge bucket ontology is more than shield bucket
Outer diameter, discharging when coagulate soil splash to shield bucket can directly fall discharge bucket ontology downwards, if shield bucket be located at discharge bucket outer body,
Soil is coagulated in discharging splashing to shield bucket can directly fall to discharge bucket ontology and shield bucket gap, and then block, outside shield bucket
Side is provided with several hairbrush, and shield bucket is when arcuately sliding rail slides, and hairbrush can be by under solidifying soil brush remaining on discharge bucket ontology, and goes out
There are gaps between hopper ontology and shield bucket, when discharging finishes, will not influence shield bucket because of solidifying soil remaining on discharge bucket ontology
Slip, setting it is scientific and reasonable.
10th, in the utility model when shield bucket, which slides into the top, to be overlapped with another shield bucket, most of pulleys on side plate
Arc-shaped slide rail is away from, and the pulley on extension board ensures to reset when shield bucket also not in sliding rail, playing the role of positioning and guiding
When, the pulley on side plate can slip into arc-shaped slide rail, and setting is scientific and reasonable.
Spring plank can all prevent solidifying soil from causing large impact to discharge bucket ontology in the utility model, when solidifying soil splashes to spring plank
On, spring plank deforms, spring plank lower end Slideslip in discharge bucket ontology, has buffered impact of the solidifying soil to hopper, while spring plank
For detachable accessory, spring plank can be removed to independent flushing when discharge bucket needs cleaning, saved maintenance cost, setting science is closed
Reason.
Protected in the utility model bucket upper end setting one circle convex edge, shield struggle against retraction discharge bucket ontology when can to shield struggle against into
Row limiting can prevent shield bucket from being fallen off in discharge bucket ontology, and setting is scientific and reasonable.
The position of each component setting is reasonable in the utility model, and when work does not interfere.
Description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the utility model internal structure schematic diagram；
Fig. 3 is the utility model schematic diagram of sealing device；
Fig. 4 is the utility model locking device structure schematic diagram；
Fig. 5 is the utility model discharge bucket structure diagram；
Fig. 6 is the internal structure schematic diagram of the utility model discharge bucket；
Fig. 7 is the utility model discharge bucket side structure schematic diagram；
Fig. 8 is the utility model discharge bucket along A-A cutaway section schematic diagrames；
Fig. 9 is the utility model material bin structure diagram；
Figure 10 overturns schematic diagram for the utility model material bin；
Figure 11 is the utility model material bin positive structure schematic；
Figure 12 is the utility model material bin agent structure schematic diagram；
Figure 13 is the utility model guide housing structure diagram；
Figure 14 is the utility model blocking cover structure schematic diagram；
In figure：1- racks, 2- discharge buckets, 21- discharge bucket ontologies, 212- discharge bucket discharge ports, 2122- inclined plates, 2123- springs
Plate, 213- notches, 22- arc-shaped slide rails, 23- shield buckets, 231- arc panels, 2311- hairbrush, 232- side plates, 233- extension boards, 234-
Convex edge, 24- pulleys, 25- hydraulic cylinders two, 26- mounting holes, 3- feed hoppers, 31- feed hopper ontologies, 32- driving levers, 33- are driven
Bar, 34- feed hopper discharge ports, 341- screw threads one, 35- guide housings, 351- backplates, 3511- grooves, 3512- fixed seats, 352- bows
Shape plate, 36- blanking covers, 361- sealing plates, 362- connector sleeves, 3621- screw threads two, 4- sealing devices, 41- hydraulic cylinders one, 42- connections
Bar, 43- links, 44- agitator tank sealing covers, 45- self-aligning roller bearings, 46- locking devices, 461- latch segments, 4611- arcs
Protrusion, 462- handles.
Specific embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work
All other embodiments obtained shall fall within the protection scope of the present invention.
As shown in Fig. 1~Figure 14, a kind of hopper assembly of material leak-proof including rack 1, is provided with discharge bucket 2 in rack 1,
Discharge bucket 2 is located at 3 lower section of feed hopper,
Feed hopper 3 includes feed hopper ontology 31, is rotated in rack 1 and is provided with driving lever 32 and follower lever 33, driving lever 32
It is connect with 31 middle part rotated down of feed hopper ontology, follower lever 33 is rotatablely connected with 31 top rear side of feed hopper ontology, and motor drives
Dynamic driving lever 32 drives feed hopper ontology 31 to overturn,
Driving lever 32 is located at follower lever 33 and 1 junction of rack top with 1 junction of rack,
Sealing device 4 is additionally provided in rack 1, sealing device 4 includes the hydraulic cylinder 1 for being arranged on 1 both sides of rack, liquid
The rotation of one 41 output terminal of cylinder pressure is provided with connecting rod 42, and two connecting rods 42 and the both ends of link 43 are rotatablely connected, link
43 middle parts are connect with 44 center rotating of agitator tank hermetically sealed can, and hydraulic cylinder 1 drives agitator tank hermetically sealed can 44 to be aligned simultaneously with agitator tank
Sealing.
Crank and rocker mechanism is formed by rack 1, driving lever 32, follower lever 33 and rack 1 in the utility model, wherein main
Lever 32 is crank, and follower lever 33 is rocking bar, and feed hopper ontology 31 is connecting rod, and initial position is left in motor driving driving lever 32
When, 32 movement velocity of driving lever is very fast, and 33 movement velocity of follower lever is slower, first drives 31 lower end of feed hopper ontology far from stirring
Tank, feed hopper ontology 31 continue to move far from driving lever after agitator tank 32, and feed hopper ontology 31 is jacked up and overturn, at this time can be right
Feed hopper ontology 31 is cleaned, and for feed hopper ontology 31 to fix, cleaning is extremely inconvenient in the prior art, right in the utility model
The cleaning of feed hopper ontology 31 is more convenient, and since feed hopper ontology 31 can be detached with agitator tank, agitator tank can be carried out close
Envelope, prevents agitator tank from material leakage phenomenon occurring in transportational process, and setting is scientific and reasonable.
When being sealed to agitator tank, motor driving driving lever 32 drives feed hopper ontology 31 and agitator tank feeding mouth point
From, two hydraulic cylinders 1 two connecting rods 42 of driving and link 43 jointly, and pass through connecting rod 42 and hydraulic cylinder 1 and
The floating connection of link 43, the position of adjustment agitator tank hermetically sealed can 44, enables agitator tank hermetically sealed can 44 to be aligned with agitator tank
And seal, since agitator tank sealing bar and link 43 are rotatablely connected, agitator tank hermetically sealed can is allowed in agitator tank rotary course
44 rotate together with, and the setting of stirrer seal lid makes blender be truly realized sealing, fundamentally solves mixer lorry
The hidden danger of material leakage occurs in transport, solves industry problems, setting is scientific and reasonable.
Further, link 43 is connect by self-aligning roller bearing 45 with agitator tank hermetically sealed can 44.
Further, screw thread is provided on agitator tank hermetically sealed can 44, agitator tank hermetically sealed can 44 passes through screw-threaded coupling with agitator tank
Sealing.
In the utility model, connected between stirrer seal lid and link 43 by self-aligning roller bearing 45, aligning roller
Bearing 45 has automatic aligning performance, thus is not easy to influence error or bending shaft with bearing block angle by axis, is suitable for
Installation error or shaft flexing and the occasion for causing angular error increase the interchangeability and reliability of equipment, when to agitator tank into
During material, feed hopper ontology 31 can limit agitator tank sealing cover 44 together with agitator tank, prevent it from being shaken due to self-aligning roller bearing 45
It is dynamic, screw thread is both provided in agitator tank hermetically sealed can 44 and agitator tank feed inlet, makes the connection of agitator tank hermetically sealed can 44 and agitator tank
More convenient, setting is scientific and reasonable.
Further, 43 upper edge of link is tangentially-arranged a locking device 46, locking device 46 include latch segment 461 and and its
The handle 462 of connection, latch segment 461 are rotatably arranged on link 43, and latch segment 461 is close to the side of agitator tank hermetically sealed can 44
Arc convex 4611 is provided with, arc convex 4611 is locked with the compression of agitator tank hermetically sealed can 44.
Locking device 46 is additionally provided in the utility model on mounting bracket, single locking device 46 can pass through squeeze grip
462, latch segment 461 and agitator tank hermetically sealed can 44 are forced together, apply a preload frictional force to agitator tank hermetically sealed can 44, from
And realize the preload in a direction and the self-locking of other direction, when agitator tank hermetically sealed can 44 is docked with agitator tank, by pressing handle
Hand 462 pre-tightens agitator tank hermetically sealed can 44, and the rotation of limitation agitator tank hermetically sealed can 44 makes agitator tank hermetically sealed can 44 and stirring
Tank relatively rotates, and after tightening screw thread, agitator tank continues to rotate, and is more than pre- friction-tight to the power that agitator tank hermetically sealed can 44 applies
Power makes agitator tank hermetically sealed can 44 float with mounting bracket；When agitator tank hermetically sealed can 44 is detached with agitator tank, agitator tank reversely revolves
Turn, self-locking is carried out to agitator tank hermetically sealed can 44 by squeeze grip 462, is finally reached the purpose of separation, simple in structure, design is skilful
Wonderful, setting is scientific and reasonable.
Further, 31 shape of feed hopper ontology is up big and down small slant edge platform, and 31 lower section side of feed hopper ontology is provided with
Feed hopper discharge port 34,34 outside of feed hopper discharge port are connected with guide housing 35.
Feed hopper ontology 31 is up big and down small slant edge platform in the utility model, facilitates charging, lower section is gathered can be by solidifying soil
Feed hopper discharge port 34 is oriented to, 34 outside of feed hopper discharge port can install a guide housing 35, and guide housing 35 is detachable setting,
The interchangeability of equipment is improved, guide housing 35 can play the role of guiding to solidifying soil, solidifying soil is guided in agitator tank, simultaneously
It can prevent from that material leakage phenomenon occurs when feeding to agitator tank, setting is scientific and reasonable.
Further, blanking cover 36 is further included, blanking cover 36 is made of rubber material, and feed hopper discharge port 34 and blanking cover 36 are circle
Shape, 34 outside of feed hopper discharge port are provided with screw thread 1, and blanking cover 36 includes sealing plate 361 and the company being connect with sealing plate 361
Female connector 362,362 inside of connector sleeve is provided with passes through screw thread 1 with one 341 corresponding screw thread 2 3621 of screw thread, blanking cover 36
Feed hopper discharge port 34 is threaded to screw thread 2 3621.
Feed hopper discharge port 34 can also screw on blanking cover 36 by screw thread in the utility model, and blanking cover 36 can discharge feed hopper
Mouth 34 seals, and then realizes that feed hopper ontology 31 saves the function of cleaning solution, can be first when being cleaned to feed hopper ontology 31
Guide housing 35 is removed, and blanking cover 36 is screwed on, injects cleaning solution to feed hopper ontology 31, the motor driving master after scrub
Lever 32 overturns hopper, and the turbid in ontology is discharged, by being arranged on the screw thread 1 of 362 inside of connector sleeve with setting
It puts the screw thread 2 3621 in 34 outside of feed hopper discharge port to be meshed, blanking cover 36 can be connect with feed hopper discharge port 34, and by
It is made in blanking cover 36 of rubber, good sealing effect can be played, setting is scientific and reasonable.
Further, guide housing 35 is rubber material, and guide housing 35 includes backplate 351, and 351 downside of backplate is connected with cambered plate
352,351 last time of backplate is provided with groove 3511, and backplate 351 is provided at both ends with fixed seat 3512, and two fixed seats 3512 are connected, led
Cylindrical shape is surrounded to cover 35, groove 3511 interlocks with screw thread 1.
Guide housing 35 can simultaneously be unfolded for rubber material in the utility model, and guide housing 35 is design for disassembly, by fixation
Fastener on seat 3512 removes the dismounting that can be completed with guide housing 35, when guide housing 35 is installed, by guide housing 35 wrap up into
Hopper discharge port 34, and screw thread 1 is aligned with groove 3511, then two fixed seats 3512, groove are connected with fastener
3511 interlock with screw thread 1 increases the strength and stability of coupling part, and guide housing 35 sets rectangular and arch split
The shape formed, when guide housing 35 surrounds cylinder, mainly longer in the lower section of power, stress is more reasonable, reduces deformation, setting
It is scientific and reasonable.
Further, 31 upper end of feed hopper ontology is additionally provided with several flushing hydraulic giants.
Further, motor is the high-power servo motor of the slow-speed of revolution.
The flushing hydraulic giant set on feed hopper ontology 31 in the utility model can inject cleaning into feed hopper ontology 31
Agent reduces maintenance cost, while can also carry out high pressure washing to feed hopper ontology 31, and under this working environment, motor is selected
Slow-speed of revolution heavy-duty motor, in charging, motor regular can change the power for exporting both direction, and driving lever 32 is driven to put
It is dynamic, and then feed hopper ontology 31 is driven to shake, it is more efficient when feeding feed hopper ontology 31, while reduce feed hopper ontology
31 lose the phenomenon that expecting, setting is scientific and reasonable.
Further, discharge bucket includes discharge bucket ontology, and the both sides of discharge bucket ontology are provided with arc-shaped slide rail, on arc-shaped slide rail
Slip is provided with shield bucket, and arcuately sliding rail slides into mutual merging to shield bucket, and shield bucket is arcuately provided with several pulleys,
21 section of discharge bucket ontology is U-shaped, 21 lower section setting discharge bucket discharge port 212 of discharge bucket ontology,
23 sections of shield bucket are U-shaped, and shield bucket 23 is in fan annular, and arcuately sliding rail 22 slides mutual merging to shield bucket 23, after merging
Mounting hole 26 is formed between shield bucket 23 and discharge bucket ontology 21, mounting hole 26 is identical with the shape that agitator tank exports.
The arc-shaped slide rail 22 being arranged in the utility model on discharge bucket ontology 21 can slide along two shield buckets 23, when
Need quick discharge or when transporting upper ripple, can protecting bucket 23, arcuately sliding rail 22 is slid into above discharge bucket ontology 21, two
Shield bucket 23 and discharge bucket ontology 21 are spliced into a round mounting hole 26, and by the discharge bucket discharge port 212 of trucd mixer agitator
It encases, effectively prevents material leakage spreading, and relieve the rotary speed limitation of agitator discharging, agitator is allowed quickly to rotate out of
Material, setting are scientific and reasonable.
The section of discharge bucket ontology 21 and shield bucket 23 is U-shaped, and shield bucket 23 can be enable to be bonded the interior of discharge bucket ontology 21
Side or outside, the agitator of trucd mixer is round, and discharge bucket ontology 21 can splice to circularize with shield bucket 23 can make discharging process
Material leakage phenomenon is less, and arc-shaped slide rail 22 is T-shaped slide rail, and is arranged on the inside of discharge bucket ontology 21, due to discharge bucket ontology 21
It is less that interior side contacts coagulate soil, solidifying soil is effectively prevent to block sliding rail, setting is scientific and reasonable.
Further, hydraulic cylinder 2 25 is hinged in rack 1,2 25 output terminal of hydraulic cylinder is hinged on shield bucket 23, hydraulic cylinder
2 25 push shield bucket 23, and arcuately sliding rail 22 slides into mutual merging, and discharge bucket ontology 21 is provided with notch 213, hydraulic cylinder 2 25 with
The hinge bar of shield bucket 23 is moved in notch 213.
It is realized when movement of the bucket 23 along sliding rail is protected in the utility model by the hydraulic cylinder 2 25 being arranged in rack 1,
The application of hydraulic cylinder 2 25 makes the rotation in arcuately 22 center of circle of sliding rail of shield bucket 23 become linear movement, simplifies structure, improves
The reliability of equipment avoids the waste of manpower, when hydraulic cylinder 2 25 pushes shield 23 retraction discharge bucket ontology 21 of bucket, discharge bucket
Ontology 21 is oppositely arranged jagged 213 at hinge bar of the hydraulic cylinder 2 25 with shield bucket 23, and shield bucket 23 is enable to be fully retracted out
Hopper ontology 21, saves space, and setting is scientific and reasonable.
Further, arc-shaped slide rail 22 and shield bucket 23 are located at 21 inside of discharge bucket ontology, and shield bucket 23 includes arc panel 231, arc
231 outside of shape plate is provided with several row's hairbrush 2311.
The Slideslip in discharge bucket ontology 21 of shield bucket 23 in the utility model, since the internal diameter of discharge bucket ontology 21 is more than shield
The outer diameter of bucket 23, soil is coagulated in discharging splashing to shield bucket 23 can directly fall discharge bucket ontology 21 downwards, if shield bucket 23 is located at
The outside of hopper ontology 21, soil is coagulated in discharging splashing to shield bucket 23 can directly fall to 23 gaps of discharge bucket ontology 21 and shield bucket, into
And block, the outside of shield bucket 23 is provided with several hairbrush 2311, shield bucket 23 is when arcuately sliding rail 22 slides, hairbrush 2311
Under can solidifying soil remaining on discharge bucket ontology 21 be brushed, and there are gaps between discharge bucket ontology 21 and shield bucket 23, are finished in discharging
When, the slip of shield bucket 23 will not be influenced because of solidifying soil remaining on discharge bucket ontology 21, setting is scientific and reasonable.
Further, shield bucket 23 includes the cricoid side plate 232 of two fans and arc panel 231, the outside of two side plates 232 pass through
Arc panel 231 interconnects, and 232 lower end of side plate is provided with extension board 233, and pulley 24 is again provided on extension board 233.
It is most of on side plate 232 in the utility model when shield bucket 23, which slides into the top, to be overlapped with another shield bucket 23
Pulley 24 is away from
Arc-shaped slide rail 22, and the pulley 24 on extension board 233 ensures also not in sliding rail, playing the role of positioning and guiding
When shield bucket 23 resets, the pulley 24 on side plate 232 can slip into arc-shaped slide rail 22, and setting is scientific and reasonable.
Further, disengaging hopper ontology 21 is provided with discharge bucket discharge port 212, and 212 both sides of discharge bucket discharge port are inclined plate
2122, spring plank 2123 is provided on inclined plate 2122, and 2123 upper end of spring plank is connect with 2122 upper end of inclined plate, and 2123 lower end of spring plank is arc
Shape.
Spring plank 2123 can all prevent solidifying soil from causing large impact to discharge bucket ontology 21 in the utility model, when solidifying soil splashes
To spring plank 2123, spring plank 2123 deforms, and it is right to have buffered solidifying soil for 2123 lower end of spring plank Slideslip in discharge bucket ontology 21
The impact of discharge bucket ontology 21, while spring plank 2123 is detachable accessory, can tear spring plank 2123 open when discharge bucket needs cleaning
It is lower individually to rinse, maintenance cost is saved, setting is scientific and reasonable.
Further, 23 upper ends of shield bucket are provided with convex edge 234, and convex edge 234 interlocks with discharge bucket ontology 21.
A circle convex edge 234 of the upper end setting of shield bucket 23 in the utility model, when shield struggles against 23 retraction discharge bucket ontology 21
Shield bucket 23 can be limited, can prevent shield bucket 23 from being fallen off in discharge bucket ontology 21, setting is scientific and reasonable.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection domain within.
Claims (10)
1. the hopper assembly of a kind of material leak-proof, which is characterized in that including rack (1), discharge bucket is provided on the rack (1)
(2), the discharge bucket (2) is below the feed hopper (3),
The feed hopper (3) includes feed hopper ontology (31), is rotated on the rack (1) and is provided with driving lever (32) and follower lever
(33), the driving lever (32) connect with rotated down in the middle part of feed hopper ontology (31), the follower lever (33) and the charging
Ontology (31) the top rear side that struggles against is rotatablely connected, and motor drives the driving lever (32) to drive feed hopper ontology (31) overturning,
The driving lever (32) is located at the rack (1) junction on the follower lever (33) and the rack (1) junction
Side,
Sealing device (4), liquid of the sealing device (4) including being arranged on rack (1) both sides are additionally provided on the rack (1)
Cylinder pressure one (41), one (41) output terminal of hydraulic cylinder rotation are provided with connecting rod (42), and two connecting rods (42) are with connecting
The both ends rotation connection of frame (43) is connect, is connect in the middle part of the link (43) with agitator tank sealing cover (44) center rotating, it is described
Hydraulic cylinder one (41) driving agitator tank sealing cover (44) is aligned and seals with agitator tank.
2. the hopper assembly of a kind of material leak-proof according to claim 1, which is characterized in that the link (43) passes through tune
Heart roller bearing (45) is connect with the agitator tank sealing cover (44).
A kind of 3. hopper assembly of material leak-proof according to claim 1, which is characterized in that the agitator tank sealing cover (44)
On be provided with screw thread, the agitator tank sealing cover (44) is sealed with agitator tank by screw-threaded coupling.
4. the hopper assembly of a kind of material leak-proof according to claim 1, which is characterized in that link (43) upper edge is cut
To locking device (46) is provided with, the locking device (46) includes latch segment (461) and handle connected to it (462), institute
It states latch segment (461) to be rotatably arranged on link, the latch segment (461) is close to the side of the agitator tank sealing cover (44)
Arc convex (4611) is provided with, the arc convex (4611) is locked with the agitator tank sealing cover (44) compression.
A kind of 5. hopper assembly of material leak-proof according to claim 1, which is characterized in that feed hopper ontology (31) shape
Shape is up big and down small slant edge platform, and side is provided with feed hopper discharge port (34) below the feed hopper ontology (31), it is described into
Guide housing (35) is connected on the outside of hopper discharge port (34).
6. a kind of hopper assembly of material leak-proof according to claim 5, which is characterized in that blanking cover (36) is further included, it is described
Blanking cover (36) is made of rubber material, and the feed hopper discharge port (34) and the blanking cover (36) are circle, the feed hopper
Screw thread one (341) is provided on the outside of discharge port (34), the blanking cover (36) connects including sealing plate (361) and with sealing plate (361)
The connector sleeve (362) connect, connector sleeve (362) inside are provided with and the corresponding screw thread two of screw thread one (341)
(3621), the blanking cover (36) is threaded to feed hopper discharge port (34) by the screw thread one (341) and the screw thread two (3621).
7. the hopper assembly of a kind of material leak-proof according to claim 6, which is characterized in that the guide housing (35) is rubber
Material, the guide housing (35) include backplate (351), and cambered plate (352), the backplate are connected on the downside of the backplate (351)
(351) last time is provided with groove (3511), and the backplate (351) is provided at both ends with fixed seat (3512), two fixed seats (3512)
Connection, the guide housing (35) surround cylindrical shape, and the groove (3511) interlocks with the screw thread one (341).
8. the hopper assembly of a kind of material leak-proof according to claim 1, which is characterized in that the discharge bucket (2) includes
Hopper ontology (21), the both sides of the discharge bucket ontology (21) are provided with arc-shaped slide rail (22), are slided on the arc-shaped slide rail (22)
Dynamic to be provided with shield bucket (23), arcuately sliding rail (22) slides into mutual merging to the shield bucket (23), and the shield bucket (23) is arcuately
Several pulleys (24) are provided with,
Discharge bucket ontology (21) section is U-shaped, setting discharge bucket discharge port (212) below the discharge bucket ontology (21),
Described shield bucket (23) section is U-shaped, and the shield bucket (23) is slided mutual in fan annular, the shield bucket along the arc-shaped slide rail
Merge, form mounting hole (26) after merging between shield bucket (23) and the discharge bucket ontology (21), the mounting hole (26) and
The shape of agitator tank outlet is identical.
9. the hopper assembly of a kind of material leak-proof according to claim 8, which is characterized in that be hinged on the rack (1)
Hydraulic cylinder two (25), described two (25) output terminal of hydraulic cylinder are hinged on shield bucket (23), described in hydraulic cylinder two (25) promotion
Arcuately sliding rail (22) slides into mutual merging to shield bucket (23), and the discharge bucket ontology (21) is provided with notch (213), the hydraulic pressure
Cylinder two (25) and the hinge bar of the shield bucket (23) are moved in the notch (213).
10. the hopper assembly of a kind of material leak-proof according to claim 8, which is characterized in that the shield bucket (23) is including two
A cricoid side plate (232) of fan, the outside of two side plates (232) are interconnected by arc panel (231), the side plate
(232) lower end is provided with extension board (233), and the pulley (24) is again provided on the extension board (233).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721517578.XU CN207578727U (en) | 2017-11-14 | 2017-11-14 | A kind of hopper assembly of material leak-proof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721517578.XU CN207578727U (en) | 2017-11-14 | 2017-11-14 | A kind of hopper assembly of material leak-proof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207578727U true CN207578727U (en) | 2018-07-06 |
Family
ID=62731696
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721517578.XU Expired - Fee Related CN207578727U (en) | 2017-11-14 | 2017-11-14 | A kind of hopper assembly of material leak-proof |
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| Country | Link |
|---|---|
| CN (1) | CN207578727U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112776179A (en) * | 2021-01-26 | 2021-05-11 | 北京安邦博大科技有限公司 | Tank opening sealing device of stirring transport vehicle |
-
2017
- 2017-11-14 CN CN201721517578.XU patent/CN207578727U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112776179A (en) * | 2021-01-26 | 2021-05-11 | 北京安邦博大科技有限公司 | Tank opening sealing device of stirring transport vehicle |
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