CN209601377U - A kind of chain bucket conveying device - Google Patents
A kind of chain bucket conveying device Download PDFInfo
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- CN209601377U CN209601377U CN201920212644.5U CN201920212644U CN209601377U CN 209601377 U CN209601377 U CN 209601377U CN 201920212644 U CN201920212644 U CN 201920212644U CN 209601377 U CN209601377 U CN 209601377U
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- plate
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- hopper
- seal cover
- conveying
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Abstract
The utility model relates to a kind of chain bucket conveying devices, belong to conveying device technical field, it solves material in the prior art and is easy the technical issues of splashing and causing material waste, including bracket, chain conveying mechanism, multiple hoppers, two are separately positioned on chain conveying mechanism two sides and for making hopper stablize the guiding mechanism moved along conveying direction, protection mechanism above bracket is set, protection mechanism includes the exclusion seal cover being removably mounted on bracket, it is installed in the feed pipe of the outer roof of exclusion seal cover feed end, exclusion seal cover is arranged along conveying direction, and exclusion seal cover is in bottom end opening and hollow setting.The chain bucket conveying device, by the way that exclusion seal cover, the case where material is fallen in hopper by feed pipe, reduces materials from spattering and fall on the outside of hopper are arranged on bracket, the transfer efficiency and stability that chain bucket conveying device uses are improved, and reduces influence of the material to environment.
Description
Technical field
The utility model relates to conveying device technical field, in particular to a kind of chain bucket conveying device.
Background technique
Chain bucket conveying device is widely used in the various bulk materials of the industries such as power station, mine, metallurgy, coal, chemical industry
Conveying, such as lime-ash, clinker, lime stone etc., chain bucket conveying device generally comprise bracket, and chain conveying is provided on bracket
Mechanism, multiple hoppers are provided on chain conveying mechanism, and the open end of hopper deviates from chain conveying mechanism.In chain bucket conveying device
When conveying to material, material is fallen in hopper, is moved under the drive of chain conveying mechanism later, and complete material
Conveying.But when material is fallen in hopper, it is easy to fall to the outside of hopper due to splashing, not only causes material
Waste, and environment is impacted.
Utility model content
The purpose of this utility model is to provide a kind of chain bucket conveying devices, by the way that exclusion seal cover is arranged on bracket,
And material is fallen in hopper by feed pipe, the case where reducing materials from spattering and fall on the outside of hopper, improves chain bucket
The transfer efficiency and stability that conveying device uses, and reduce influence of the material to environment.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of chain bucket conveying device, including bracket, the chain conveying mechanism being arranged on bracket, multiple circular chain conveyings
Mechanism is closely arranged into the hopper of a circle, is separately positioned on chain conveying mechanism two sides and for stablizing hopper along conveying direction
Protection mechanism above bracket and across chain conveying mechanism is arranged in mobile two guiding mechanisms, and the chain is defeated
Send that the one end of mechanism along its length is set as feed end, the other end is set as discharge end, the protection mechanism includes removable
Unload rack-mount and exclusion seal cover across chain conveying mechanism, be installed in outside exclusion seal cover feed end roof and with
The feed pipe being connected inside it, the exclusion seal cover are arranged along conveying direction, and the exclusion seal cover is in bottom end opening
And hollow setting, the hopper are located in exclusion seal cover.
By using above-mentioned technical proposal, hopper is located in exclusion seal cover, and material is fallen in hopper by feed pipe,
Feed pipe plays the role of guiding to material, and exclusion seal cover reduces materials from spattering and falls to the feelings on the outside of hopper
Condition improves transfer efficiency and stability that chain bucket conveying device uses, and reduces influence of the material to environment, prevents simultaneously
Shield seal closure is removably mounted on bracket, convenient for being overhauled and being replaced to hopper, improves the practical of chain bucket conveying device
Property.
The utility model is further arranged to: exclusion seal cover bottom end is fixed in the two sides of chain conveying mechanism difference
There is the conflict plate inconsistent with bracket, the conflict plate is arranged along conveying direction, and the conflict plate is removable by fastening bolt
It unloads rack-mount.
It by using above-mentioned technical proposal, is fixedly connected due to contradicting plate with exclusion seal cover, and contradicts plate and pass through tightly
Fixing bolt is removably mounted on bracket, to realize being detachably connected for exclusion seal cover and bracket, convenient for hopper into
Row maintenance and replacement, improve the practicability of exclusion seal cover.
The utility model is further arranged to: being installed with observation window on the lateral wall of the exclusion seal cover.
Exclusion seal is improved by using above-mentioned technical proposal convenient for checking to the hopper in exclusion seal cover
The practicability of cover.
The utility model is further arranged to: the guiding mechanism includes being installed on bracket and along conveying direction
Guide support plate and multiple hoppers correspond and are rotatably supported in multiple idler wheels of hopper bottom end, and the axis of the idler wheel hangs down
Straight conveying direction setting, the idler wheel are rolled on guide support plate and along guide support plate direction.
By using above-mentioned technical proposal, idler wheel rolls on guide support plate and along guide support plate direction, guiding branch
Fagging plays the role of guiding and support to idler wheel, and then plays guiding and support to hopper, prevents chain transfer
Structure under the action of hopper to lower recess, to improve the stability and service life that chain bucket conveying device uses.
The utility model is further arranged to: it is defeated that the both ends of the guide support plate each extend over fixed oriented close chain
Send mechanism direction inclined guide plate.
By using above-mentioned technical proposal, guide plate plays the role of guiding to idler wheel, turns to idler wheel smoothly and leads
To in support plate, the stability that guiding mechanism uses is improved.
The utility model is further arranged to: the outer peripheral surface of the idler wheel is installed with guide support plate in defeated close to chain
The limit plate for sending mechanism side inconsistent.
By using above-mentioned technical proposal, when rolling on guide support plate, limit plate and guide support plate offset idler wheel
Touching, is defined the position of idler wheel, improves the stability that idler wheel uses.
The utility model is further arranged to: the hopper include bottom plate, be installed in bottom plate in close to discharge end one end and
Along conveying direction to far from the inclined foreboard of chain conveying mechanism, be installed in the bottom plate other end and the back plate parallel with foreboard, two
A interval is installed in the side plate between front and rear panels, is provided between the bottom plate and chain conveying mechanism and realizes that hopper is removable
The connection component being connected on chain conveying mechanism is unloaded, the bottom end of the side plate, which extends, to be installed on bottom plate, two neighboring described
Protective plate is provided between hopper.
It is poured out out of hopper since front and rear panels are obliquely installed convenient for material by using above-mentioned technical proposal,
Prevent material in forming buildup in hopper, due to being provided with protective plate between two neighboring hopper, protective plate prevents material from phase
Gap between adjacent two hoppers is fallen, and improves the stability and practicability that hopper uses.
The utility model is further arranged to: the back plate in the end face far from chain conveying mechanism one end to bottom plate away from
From be equal to foreboard in far from chain conveying mechanism one end end face to bottom plate with a distance from.
By using above-mentioned technical proposal, the conveying capacity of hopper is increased, improves the transfer efficiency of chain bucket conveying device.
The utility model is further arranged to: the protective plate includes vertically being installed in the back plate of hopper in defeated far from chain
Send mechanism one end first protect inclined plate, vertically be installed in the first protection inclined plate in far from back plate one end second protection inclined plate,
The protective plate is located at the back plate of adjacent skips in the side far from chain conveying mechanism.
By using above-mentioned technical proposal, when material is fallen on the first protection inclined plate, material is oblique along the first protection
Plate is slipped in hopper, and when material is fallen on the second protection inclined plate, material is slipped to adjacent material along the second protection inclined plate
In bucket, to prevent material from falling in the gap between two neighboring hopper, the stability that hopper uses is improved.
The utility model is further arranged to: described first protects inclined plate along the both ends in vertical transport direction respectively to separate
Conveying direction is vertically installed with first baffle, and second protects inclined plate along the both ends in vertical transport direction respectively to far from conveying direction
Vertically it is installed with second baffle.
By using above-mentioned technical proposal, two first baffles are formed opening up, and what two second baffles were formed opens
Mouth upward, so that material be made smoothly to be slipped in hopper, prevents material from protecting the two sides of inclined plate, second to protect inclined plate from first
Two sides fall, improve the stability and practicability that protective plate uses.
In conclusion the utility model has the following beneficial effects:
1, the chain bucket conveying device of the utility model, by the way that exclusion seal cover is arranged on bracket, material passes through feed pipe
The case where falling in hopper, reducing materials from spattering and fall on the outside of hopper, improve chain bucket conveying device use it is defeated
Efficiency and stability are sent, and reduces influence of the material to environment.
2, exclusion seal cover is removably mounted on bracket by contradicting plate and fastening bolt, convenient for overhauling to hopper
And replacement, improve the practicability of exclusion seal cover.
3, by the mutual cooperation of guide support plate and idler wheel, play the role of guiding and support to hopper, prevent chain
Conveying mechanism under the action of hopper to lower recess, to improve the stability and service life that chain bucket conveying device uses, simultaneously
By the way that guide plate is arranged on guide support plate, limit plate is set on idler wheel, further improves guiding mechanism use
Stability.
4, the distance due to back plate in the end face far from chain conveying mechanism one end to bottom plate is equal to foreboard in far from chain
The end face of conveying mechanism one end increases the conveying capacity of hopper to the distance of bottom plate, improves the transfer efficiency of hopper, leads to simultaneously
It crosses and protective plate is set between two neighboring hopper, preventing material from falling in the gap between two neighboring hopper, improve
The stability that hopper uses.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment；
Fig. 2 is the portion the A enlarged drawing in Fig. 1；
Fig. 3 is the partial sectional view in order to indicate chain conveying mechanism, hopper；
Fig. 4 is the structural schematic diagram in order to indicate hopper；
Fig. 5 is the schematic diagram in order to indicate connection component.
In figure, 1, bracket；11, transverse slat is supported；12, support post；2, chain conveying mechanism；21, active transfer roller；22, subtract
Speed motor；23, driven transfer roller；24, chain kit；241, active sprocket；242, driven sprocket；243, link chain；
25, linkage unit；251, drive pulley；252, driven pulley；253, belt；3, hopper；31, bottom plate；32, connection group
Part；321, mounting plate；322, fixed vertical plate；323, fixed transverse slat；324, fixing bolt；325, fixture nut；33, foreboard；34,
Back plate；35, side plate；36, protective plate；361, the first protection inclined plate；362, the second protection inclined plate；363, first baffle；364,
Two baffles；4, guiding mechanism；41, guide support plate；42, guide plate；43, idler wheel；44, rotating bar；45, mounting rod；46,
Limit plate；5, protection mechanism；51, exclusion seal cover；511, plate is contradicted；512, fastening bolt；52, feed pipe；521, fixed plate；
53, observation window.
Specific embodiment
The utility model is described in further detail below in conjunction with drawings and examples.
A kind of chain bucket conveying device is provided with chain conveying mechanism 2 on bracket 1 as shown in figures 1 and 3, including bracket 1,
The one end of chain conveying mechanism 2 along its length is set as feed end, the other end is set as discharge end.Chain conveying mechanism 2
On be removably connected with multiple hoppers 3, multiple hoppers 3 are closely arranged into a circle around chain conveying mechanism 2, and hopper 3 is opened
Mouth end is arranged away from chain conveying mechanism 2.It is respectively set in the two sides of chain conveying mechanism 2 that there are two for making to expect on bracket 1
Bucket 3 stablizes the guiding mechanism 4 moved, two guide support machines positioned at 2 the same side of chain conveying mechanism along conveying direction
Structure 4 is arranged along short transverse interval.Bracket 1 is provided with protection mechanism 5 in the top of chain conveying mechanism 2.
As shown in Figure 1, bracket 1 includes two spaced support transverse slats 11, support transverse slat 11 is arranged along conveying direction,
The bottom surface at both ends is respectively perpendicular and is installed with support post 12 two support transverse slats 11 along its length.
As shown in figures 1 and 3, chain conveying mechanism 2 includes being rotatably connected between two support 11 feed ends of transverse slat
Active transfer roller 21, is rotatably connected on two support 11 discharge ends of transverse slat at the decelerating motor 22 for driving active transfer roller 21 to rotate
Between driven transfer roller 23.Driven transfer roller 23, the setting of the equal vertical transport direction of active transfer roller 21, driven transfer roller 23 and active transfer roller
It is arranged between 21 there are two the chain kit 24 for realizing the two linkage, two chain kits 24 are along 21 length side of active transfer roller
It is arranged to interval, multiple hoppers 3 are removably mounted on two chain kits 24.Between decelerating motor 22 and active transfer roller 21
It is provided with the linkage unit 25 for realizing the two linkage.
As shown in figure 3, chain kit 24 includes the active sprocket 241, fixed for being installed in 21 outer peripheral surface of active transfer roller
In the driven sprocket 242 of driven 23 outer peripheral surface of transfer roller.Be provided between driven sprocket 242 and active sprocket 241 and its
Compatible linkage chain 243, linkage chain 243 form kidney-shaped around active sprocket 241 and driven sprocket 242.
As shown in figures 1 and 3, linkage unit 25 includes the drive pulley for being installed in 22 output shaft outer peripheral surface of decelerating motor
251, it is installed in the driven pulley 252 of 21 outer peripheral surface of active transfer roller, is set between driven pulley 252 and drive pulley 251
It is equipped with matched belt 253, belt 253 forms kidney-shaped around drive pulley 251, driven pulley 252.
As shown in Figure 4 and Figure 5, hopper 3 includes bottom plate 31, is provided with both realizations between bottom plate 31 and linkage chain 243
The connection component 32 being detachably connected.Bottom plate 31 is installed with foreboard 33 along one end of conveying direction, foreboard 33 along conveying direction to
The obtuse angle for being obliquely installed far from linkage 243 direction of chain, and being formed between foreboard 33 and bottom plate 31 is 100-150 degree, this implementation
The obtuse angle formed between foreboard 33 and bottom plate 31 in example is 130 degree.The other end of bottom plate 31 be installed with it is parallel with foreboard 33 after
Plate 34, i.e. back plate 34 are obliquely installed along conveying direction to far from linkage 243 direction of chain, and back plate 34 is in far from linkage chain
The end face of 243 one end to bottom plate 31 distance and foreboard 33 in far from linkage 243 one end of chain end face to bottom plate 31 distance
It is equal.Foreboard 33 is installed with side plate 35, side plate along the both ends of conveying direction and back plate 34 respectively between the both ends of conveying direction
35 bottom end, which extends, to be installed on bottom plate 31.
As shown in figure 4, cargo is fallen from the gap between two neighboring hopper 3 in order to prevent, two neighboring hopper 3 it
Between be provided with protective plate 36, protective plate 36 includes vertically being installed in the back plate 34 of hopper 3 in the far from linkage 243 one end of chain
The junction of one protection inclined plate 361, the first protection inclined plate 361 and back plate 34 is arranged in rounded corner, and first protects the another of inclined plate 361
One end is located at the foreboards 33 of adjacent skips 3 in the side far from linkage chain 243, and the first protection inclined plate 361 and foreboard 33 it
Between form gap.The first protection one end of inclined plate 361 far from back plate 34 is vertically installed with the to close to the direction of linkage chain 243
Two protection inclined plates 362, i.e., the second protection inclined plate 362 and back plate 34 are located at the ipsilateral of the first protection inclined plate 361, the second protection inclined plate
362 and first protect the junction of inclined plate 361 to be arranged in rounded corner, and the second protection inclined plate 362 is located at the foreboard 33 of adjacent skips 3
Gap is formed between back plate 34, and between the second protection inclined plate 362 and foreboard 33.First protection inclined plate 361 is along vertical transport
The both ends in direction, which are respectively perpendicular, is installed with first baffle 363, i.e., the quantity of first baffle 363 is two, two first baffles 363
Between the opening that is formed be arranged away from linkage chain 243, by the mutual cooperation between two first baffles 363, prevent material
It is fallen from the two sides of the first protection inclined plate 361.Second protection inclined plate 362 is respectively perpendicular along the both ends in vertical transport direction to be installed with
Second baffle 364, the i.e. quantity of second baffle 364 are two, and the opening formed between two second baffles 364 is away from linkage chain
Item 243 is arranged, and by the mutual cooperation between two second baffles 364, prevents material from falling from the two sides of the second protection inclined plate 362
It falls.
When material is fallen on the first protection inclined plate 361, material is slipped in hopper 3 along the first protection inclined plate 361,
When material is fallen on the second protection inclined plate 362, material is slipped in adjacent skips 3 along the second protection inclined plate 362, thus
It prevents material from falling in the gap between two neighboring hopper 3, improves the stability that hopper 3 uses, simultaneously because foreboard
33 and back plate 34 be obliquely installed, poured out out of hopper 3 convenient for material, prevent material in forming buildup in hopper 3, to mention
The stability and applicability that high hopper 3 uses, and improve the transfer efficiency of hopper 3.
As shown in figure 5, connection component 32 includes being installed in 3 bottom end of hopper and across the mounting plate of chain conveying mechanism 2
321, it is respectively set between mounting plate 321 and the linkage chain 243 of two chain kits 24 there are two fixed vertical plate 322, two
A fixed vertical plate 322 is installed in respectively on the chain link of linkage chain 243.The top of fixed vertical plate 322 is vertically installed with and installs
The inconsistent fixation transverse slat 323 of plate 321 is provided with fixing bolt 324, fixing bolt between fixed transverse slat 323 and mounting plate 321
324 screw rod sequentially passes through bottom plate 31, mounting plate 321, fixed transverse slat 323 and is threaded with fixture nut 325, fixture nut
325 is positioned at fixed side of the transverse slat 323 far from mounting plate 321 and inconsistent with fixed transverse slat 323.
As shown in Figure 3 and Figure 5, guiding mechanism 4 includes the guide support plate 41 being installed on support transverse slat 11, guiding
Support plate 41 is along support 11 length direction of transverse slat setting.The both ends of guide support plate 41 along its length, which each extend over, to be installed with
To close to the linkage inclined guide plate 42 in 243 direction of chain, the obtuse angle formed between guide plate 42 and guide support plate 41 is 150
Degree.Idler wheel 43 is respectively arranged between guide support plate 41 and the mounting plate 321 of multiple hoppers 3, i.e. the quantity of idler wheel 43 is more
A, multiple idler wheels 43 and multiple hoppers 3 correspond.As shown in connection with fig. 4, the axis vertical transport direction setting of idler wheel 43, rolling
Wheel 43 is installed with rotating bar 44 at center, and the axis of rotating bar 44 and the axis of idler wheel 43 are overlapped.The bottom surface of mounting plate 321 is solid
Equipped with the mounting rod 45 along short transverse, the one end of rotating bar 44 far from idler wheel 43 is rotatablely connected through mounting rod 45 and with it.
In order to improve the stability of the rotation of idler wheel 43, the outer peripheral surface of idler wheel 43 is installed with limit plate 46, and limit plate 46 is set as annular slab,
And limit plate 46 and guide support plate 41 are inconsistent close to the side of linkage chain 243.
For idler wheel 43 when rolling on guide support plate 41, limit plate 46 and guide support plate 41 are inconsistent, to idler wheel 43
Position is defined, and idler wheel 43 is rolled along 41 direction of guide support plate, and guide support plate 41 plays guiding and support to idler wheel 43
Effect, and then play the role of guiding and support to hopper 3, prevent chain conveying mechanism 2 under the action of hopper 3 to recessed
It falls into, to improve the stability and service life that chain bucket conveying device uses.
As depicted in figs. 1 and 2, protection mechanism 5 includes being removably mounted between two support transverse slats 11 and being located at chain
The exclusion seal cover 51 of 2 top of conveying mechanism, exclusion seal cover 51 are arranged along conveying direction, and exclusion seal cover 51 is in bottom end opening
And hollow setting, hopper 3 are located in exclusion seal cover 51.Exclusion seal cover 51 in the outer roof of feed end be installed with inside it
The feed pipe 52 being connected, the bottom end of feed pipe 52 are located at the top of 2 feed end of chain conveying mechanism.Feed pipe 52 is far from protection
The outer peripheral surface of 51 one end of seal closure is installed with matched fixed plate 521, and fixed plate 521 is set as annular slab, fixed plate
521 are uniformly provided with multiple fixation holes along its circumferential direction.For the ease of protecting close to being checked inside exclusion seal cover 51
Observation window 53 is installed on the lateral wall of sealing cover 51.
As shown in Fig. 2, the lateral wall of 51 bottom end of exclusion seal cover is installed with the conflict plate inconsistent with support transverse slat 11
511, plate 511 is contradicted along support 11 length direction of transverse slat setting.It contradicts and is provided with multiple fastenings between plate 511 and support transverse slat 11
Bolt 512, multiple fastening bolts 512 are arranged along 511 length direction interval of plate is contradicted.The screw rod of fastening bolt 512 is through conflict
Plate 511 and support transverse slat 11 are threadedly coupled, i.e., conflict plate 511 is removably mounted at support transverse slat by multiple fastening bolts 512
On 11.
Hopper 3 is located in exclusion seal cover 51, and material is fallen in hopper 3 by feed pipe 52, and feed pipe 52 is to material
Play the role of guiding, and the case where exclusion seal cover 51 reduces materials from spattering and falls to 3 outside of hopper, improves chain
The transfer efficiency and stability that bucket conveying device uses, and influence of the material to environment is reduced, while exclusion seal cover 51
By contradicting plate 511, fastening bolt 512 is removably mounted on bracket 1, convenient for hopper 3 is overhauled and replaced, is improved
The practicability of chain bucket conveying device.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (10)
1. a kind of chain bucket conveying device, it is characterised in that: including bracket (1), the chain conveying mechanism being arranged on bracket (1)
(2), multiple circular chain conveying mechanisms (2) are closely arranged into the hopper (3) of a circle, are separately positioned on chain conveying mechanism (2)
Two sides and for making hopper (3) stablize two guiding mechanisms (4) moved, setting above the bracket (1) along conveying direction
And across the protection mechanism of chain conveying mechanism (2) (5), one end setting of the chain conveying mechanism (2) along its length
It is set as discharge end for feed end, the other end, the protection mechanism (5) includes being removably mounted on bracket (1) and across chain
The exclusion seal cover (51) of conveying mechanism (2) is installed in the outer roof of exclusion seal cover (51) feed end and internal is connected with it
Logical feed pipe (52), the exclusion seal cover (51) is arranged along conveying direction, and the exclusion seal cover (51) is opened in bottom end
Mouth and hollow setting, the hopper (3) are located in exclusion seal cover (51).
2. a kind of chain bucket conveying device according to claim 1, it is characterised in that: exclusion seal cover (51) bottom end in
The two sides of chain conveying mechanism (2) are installed with and bracket (1) inconsistent conflict plate (511), conflict plate (511) edge respectively
Conveying direction setting, and the conflict plate (511) is removably mounted on bracket (1) by fastening bolt (512).
3. a kind of chain bucket conveying device according to claim 1, it is characterised in that: the outside of the exclusion seal cover (51)
Observation window (53) are installed on wall.
4. a kind of chain bucket conveying device according to claim 1, it is characterised in that: the guiding mechanism (4) includes
Guide support plate (41) and multiple hoppers (3) on bracket (1) and along conveying direction is installed in correspond and be rotatably supported in
Multiple idler wheels (43) of hopper (3) bottom end, the axis vertical transport direction setting of the idler wheel (43), the idler wheel (43) is in leading
It is rolled on support plate (41) and along guide support plate (41) direction.
5. a kind of chain bucket conveying device according to claim 4, it is characterised in that: the both ends of the guide support plate (41)
Each extend over the inclined guide plate in fixed oriented close chain conveying mechanism (2) direction (42).
6. a kind of chain bucket conveying device according to claim 4, it is characterised in that: the outer peripheral surface of the idler wheel (43) is fixed
Have with guide support plate (41) in close to the inconsistent limit plate (46) in chain conveying mechanism (2) side.
7. a kind of chain bucket conveying device according to claim 1, it is characterised in that: the hopper (3) include bottom plate (31),
Be installed in bottom plate (31) in close to discharge end one end and along conveying direction to far from chain conveying mechanism (2) inclined foreboard
(33), be installed in bottom plate (31) other end and the back plate (34) parallel with foreboard (33), two interval be installed in foreboard (33) and
Side plate (35) between back plate (34) is provided between the bottom plate (31) and chain conveying mechanism (2) and realizes that hopper (3) are removable
The connection component (32) being connected on chain conveying mechanism (2) is unloaded, the bottom end of the side plate (35), which extends, is installed in bottom plate (31)
On, protective plate (36) are provided between the two neighboring hopper (3).
8. a kind of chain bucket conveying device according to claim 7, it is characterised in that: the back plate (34) is in defeated far from chain
The distance for sending the end face of mechanism (2) one end to bottom plate (31) is equal to foreboard (33) in the end far from chain conveying mechanism (2) one end
Distance of the face to bottom plate (31).
9. a kind of chain bucket conveying device according to claim 7, it is characterised in that: the protective plate (36) includes vertical solid
The back plate (34) for being located at hopper (3) is protected inclined plate (361) in first far from chain conveying mechanism (2) one end, is vertically installed in
In the second protection inclined plate (362) far from back plate (34) one end, the protective plate (36) is located at adjacent for first protection inclined plate (361)
The back plate (34) of hopper (3) is in the side far from chain conveying mechanism (2).
10. a kind of chain bucket conveying device according to claim 9, it is characterised in that: first protection inclined plate (361) edge
The both ends in vertical transport direction are vertically installed with first baffle (363) to far from conveying direction respectively, the second protection inclined plate (362)
Both ends along vertical transport direction are vertically installed with second baffle (364) to far from conveying direction respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920212644.5U CN209601377U (en) | 2019-02-19 | 2019-02-19 | A kind of chain bucket conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920212644.5U CN209601377U (en) | 2019-02-19 | 2019-02-19 | A kind of chain bucket conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209601377U true CN209601377U (en) | 2019-11-08 |
Family
ID=68404014
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920212644.5U Active CN209601377U (en) | 2019-02-19 | 2019-02-19 | A kind of chain bucket conveying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209601377U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111994565A (en) * | 2020-09-23 | 2020-11-27 | 江西华欣机械制造有限公司 | Reverse hopper of clinker chain bucket conveyor |
| CN113003108A (en) * | 2021-02-23 | 2021-06-22 | 天津市金桥焊材集团股份有限公司 | Automatic peeling mechanism for wet welding rod powder |
-
2019
- 2019-02-19 CN CN201920212644.5U patent/CN209601377U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111994565A (en) * | 2020-09-23 | 2020-11-27 | 江西华欣机械制造有限公司 | Reverse hopper of clinker chain bucket conveyor |
| CN113003108A (en) * | 2021-02-23 | 2021-06-22 | 天津市金桥焊材集团股份有限公司 | Automatic peeling mechanism for wet welding rod powder |
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