CN208666584U - Material-transporting system - Google Patents
Material-transporting system Download PDFInfo
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- CN208666584U CN208666584U CN201821395707.7U CN201821395707U CN208666584U CN 208666584 U CN208666584 U CN 208666584U CN 201821395707 U CN201821395707 U CN 201821395707U CN 208666584 U CN208666584 U CN 208666584U
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- Prior art keywords
- blanking
- dust
- transporting system
- storage
- conveyer belt
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- 208000002925 dental caries Diseases 0.000 claims abstract description 11
- 239000000428 dust Substances 0.000 claims description 67
- 230000007306 turnover Effects 0.000 claims description 17
- 238000005303 weighing Methods 0.000 claims description 17
- 238000000605 extraction Methods 0.000 claims description 15
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- 239000002994 raw material Substances 0.000 abstract description 17
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 238000003908 quality control method Methods 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 10
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Abstract
The utility model relates to a kind of material-transporting systems, including the receiver bin for accepting material and the Storage Silo for storing material, receiver bin has blanking channel, Storage Silo has at least two independent storage cavitys, each storage cavity bottom is respectively equipped with tapping channel, tapping channel is equipped with the discharging control valve for controlling respective channel on-off, material-transporting system further includes the blanking for accepting receiver bin blanking channel and blanking is transported to the conveyer belt transfer device in each storage cavity, and direction extension is sequentially arranged continuously to accept the conveyer belt feeding device of each tapping channel blanking along each storage cavity of Storage Silo.Since more than two independent storage cavitys being arranged in Storage Silo, the raw material of different product time can transport into different storage cavitys, when blanking, different product time material while blanking, so that the material quality of conveyer belt feeding device conveying is uniform as far as possible, reducing primary product time variation influences subsequent production quality control bring.
Description
Technical field
The utility model relates to a kind of material-transporting systems.
Background technique
At present in the industries such as electric power, metallurgy, chemical industry, building materials, all there is the problem of raw material of industry storage always.Existing storage
Mode is deposited substantially based on greenhouse storage and open-air storage, both storing modes require stock ground, and transport vehicle will be industrial
Raw material is first deposited in stock ground, recycles forklift etc. is mechanical the raw material of industry is carried at materials.There are secondary for above-mentioned storing mode
The problem of carrying material, this can additionally increase material cost of transfer.Also, in transport process, especially with grab bucket, load
When the machine tools such as machine carry material, also it be easy to cause reentrainment of dust and is crushed.In addition, emptying point of the transport vehicle in stock ground compared with
For dispersion, often there is breakage caused by vehicle rolls, fugitive dust can have been swung, not only pollute environment, but also will cause a certain amount of
Economic loss, the raw material of industry that especially raw material granularity is required, such as produce calcium carbide raw material of wood-charcoal less than 5 ㎜ do not allow into
Enter furnace of calcium carbide, by the handling of transport vehicle and carrying vehicle, rolls and can generate the breakage of 4%-6%, cause great economic loss.
Also, since emptying point is more dispersed, during stock ground is stockpiled and stored, the raw material of industry of same product time is usually stockpiled and stored together, no
Different places are often arbitrarily deposited in product time, moreover, because using random discharging, the mode of random transfer feeding,
It is easy to sequentially enter the raw material of different product time in subsequent handling, and the variation of primary product time actually will affect next procedure
Quality of production control, and then influence product quality.
Utility model content
The purpose of this utility model is to provide a kind of material-transporting systems, to solve to stockpile and store using stock ground in the prior art
The technical issues of primary product time variation influences the control of subsequent production quality is easy to appear when the raw material of industry.
To achieve the above object, the technical solution of material-transporting system provided by the utility model is: a kind of material is defeated
System is sent, including the receiver bin for accepting material and the Storage Silo for storing material, the receiver bin is logical with blanking
Road, the Storage Silo have at least two independent storage cavitys, and each storage cavity bottom is respectively equipped with tapping channel, tapping channel
Equipped with the discharging control valve for controlling respective channel on-off, material-transporting system further includes for accepting receiver bin blanking channel
Blanking and blanking is transported to the conveyer belt transfer device in each storage cavity, and along Storage Silo each storage cavity successively
Arranged direction extends continuously to accept the conveyer belt feeding device of each tapping channel blanking.
The beneficial effects of the utility model are: receiver bin is primary in material-transporting system provided by the utility model
Feed bin, Storage Silo are secondary feed bin for receiver bin, and a feed bin can be used for buffering undertaking and be transported by transport vehicle etc.
The raw material that machinery is sent, the raw material that receiver bin falls are transported in the corresponding storage cavity of Storage Silo by conveyer belt transfer device,
It falls through tapping channel, is taken away the raw material of whereabouts by conveyer belt feeding device.It is more than two due to being arranged in Storage Silo
The raw material of independent storage cavity, different product time can transport into different storage cavitys, in blanking, be loaded with different product time material
Storage cavity so that the material quality of conveyer belt feeding device conveying is uniform as far as possible can reduce primary product time by blanking simultaneously
Variation influences subsequent production quality control bring.
The further improvement of Storage Silo based on above-mentioned material-transporting system, the Storage Silo include the connection on top
Feed bin part and connection corresponding with connection feed bin part and at least two independent sub-material storehouses being disposed below, each sub-material storehouse
Inner cavity at least form a part of a storage cavity.It is convenient for forming independent storage cavity using independent sub-material storehouse.
Based on the further improvement of the above-mentioned Storage Silo including connection feed bin part and sub-material storehouse, material-transporting system
Further include for it is removable setting connection feed bin part in according to each sub-material storehouse will be connected to feed bin partial lumen be divided into respectively
The inner cavity in the separator of the corresponding compartment in sub-material storehouse, each compartment and the sub-material storehouse being connected to the compartment cooperatively forms one
A storage cavity.Correspondingly, the separator using removable arrangement is separated and can obtain to the inner cavity of connection feed bin part
To the storage cavity of corresponding larger space.Moreover, the removable arrangement of separator, can be removed when not needing and separating, guarantee to connect
The large volume of logical feed bin part, convenience flexible in application.
Based on the further improvement of conveyer belt transfer device in above-mentioned material-transporting system, the conveyer belt transfer device packet
The transhipment conveyer belt being disposed to extend between receiver bin and Storage Silo is included, and is assemblied in along Storage Silo extending direction activity
Distributing trolley above Storage Silo, distributing trolley be equipped with for accepts transport conveyer belt on material splicing channel and with this
Blanking channel splicing channel connection and discharged to each storage cavity.It is arranged in pairs or groups using transhipment conveyer belt and distributing trolley, by receiver bin
The material transfer of whereabouts is easy to use into Storage Silo, can effectively reduce second-time breakage.And utilize the cloth of activity assembly
Trolley by the material transfer of different product time into different storage cavitys, can be easy to implement the homogenizing arrangement of different product time material.
Based on the further improvement of distributing trolley in above-mentioned material-transporting system, material-transporting system further includes corresponding cloth
The trolley blanking dust exhaust apparatus of trolley setting, trolley blanking dust exhaust apparatus includes that the distributing trolley is equipped with and blanking channel
The blanking dust absorbing air passage of connection, blanking dust absorbing air passage are equipped with for being connected to by corresponding dust sucting pipeline with corresponding dust-extraction unit
Blanking dust suction interface.Corresponding blanking dust absorbing air passage is arranged in corresponding distributing trolley, can effectively reduce distributing trolley to corresponding storage
Expect the fugitive dust evoked when chamber feeding, reduces dust pollution.
Based on the further improvement of conveyer belt feeding device in above-mentioned material-transporting system, the conveyer belt feeding device tool
There is the feeding conveyer belt for being used to carry blanking that direction extension is sequentially arranged along each storage cavity.Material is carried out using feeding conveyer belt
Conveying, the material that each storage cavity falls forms one layer on feeding conveyer belt, when feeding conveyer belt passes sequentially through each storage cavity,
Material shape layered structure on feeding conveyer belt, so, so that the material that feeding conveyer belt is sent out is then relatively uniform, just
It is controlled in the quality of subsequent technique.
The further improvement of the blanking channel and tapping channel of corresponding above-mentioned material-transporting system, material-transporting system also wrap
Include the blanking channel of corresponding receiver bin and the respectively arranged oscillating feeder of tapping channel of corresponding Storage Silo, each vibrating feed
Machine is respectively formed discharging point, and material-transporting system corresponds to each discharging point and is respectively arranged to remove by corresponding dust sucting pipeline with corresponding
The discharging point dust absorbing structure of dirt device connection.Corresponding each oscillating feeder is formed by discharging point and corresponding discharging point is respectively set
Dust absorbing structure is reduced discharging point as far as possible by discharging point dust absorbing structure and is formed by fugitive dust, reduces environmental pollution.
Based on the further improvement that receiver bin is arranged in above-mentioned material-transporting system, material-transporting system further includes for cloth
The hydraulic flap device in the included function of weighing of the receiver bin side is set, hydraulic flap device includes being used for carried and transported vehicle
Turnover panel platform and for driving turnover panel platform to overturn so that the overturning that is discharged into the receiver bin of the material in transport vehicle is hydraulic
Cylinder, and the weighing unit for weighing to the transport vehicle on turnover panel platform.It is corresponding hydraulic in the setting of receiver bin side
Panel turnover device is turned over using the turnover panel platform bearer transport vehicle of hydraulic flap device, and using overturning Driven by Hydraulic Cylinder turnover panel platform
Then realize that material comes down in torrents, meanwhile, it is weighed respectively using transport vehicle of the weighing unit to front and back of unloading, improves weighing, unloads
Vehicle efficiency.Moreover, material is directly entered in receiver bin, it is damaged that intermediate handling bring can also be saved.
Based on the further improvement of receiver bin and hydraulic flap device in above-mentioned material-transporting system, material-transporting system is also
Including the discharging dust hood that the correspondence receiver bin and hydraulic flap device are arranged, discharging dust hood is equipped with for by corresponding
The dust suction interface that dust sucting pipeline is connected to corresponding dust-extraction unit.Corresponding discharging dust suction is arranged in corresponding receiver bin and hydraulic flap device
Cover realizes that the dust suction to receiver bin and hydraulic flap device is handled, pollution of the bring fugitive dust to environment when reducing vehicle discharging.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of embodiment of material-transporting system provided by the utility model；
Fig. 2 is the main view of transportation system shown in Fig. 1；
Fig. 3 is the top view of transportation system shown in Fig. 1；
Fig. 4 is the process flow chart of transportation system shown in Fig. 1；
Fig. 5 is enlarged drawing at A in Fig. 1；
Fig. 6 is enlarged drawing at B in Fig. 1；
Fig. 7 is enlarged drawing at C in Fig. 1.
Description of symbols: 1- discharging dust hood, 2- transport vehicle, 3- hydraulic flap device, 30- weighing unit, 31- overturning
Hydraulic cylinder, 32- turnover panel platform, 4- transport belt part, 5- receiver bin, 50- material feeding taper feed bin, 51- splicing channel, under 52-
Expect control valve, 53- material feeding oscillating feeder, 6- belt slope part, 60- vertical supports, 61- carriage, 62- inclination cloth skin
Band section, 7- conveyer belt feeding device, the ground 70- supporting leg, 71- carriage, 72- feeding conveyer belt, 8- Storage Silo, 81- connection
Feed bin part, 82- sub-material storehouse, 83- discharging control valve, 84- discharging oscillating feeder, 9- distributing trolley, 90- trolley frame, 91- are small
Track road, 92- blanking channel, 93- splicing channel, 94- blanking dust absorbing air passage, 95- style three-way distributor, 10- dust-extraction unit, 11-
Dust sucting pipeline, 12- horizontal belt part, 13- cleaning shaft, 100- conveyer belt transfer device, 121- transport conveyer belt.
Specific embodiment
The embodiments of the present invention is described further with reference to the accompanying drawing.
The specific embodiment of material-transporting system provided by the utility model, as shown in Figures 1 to 7, in the embodiment
Material-transporting system specifically include the hydraulic flap device 3 being sequentially arranged, receiver bin 5, conveyer belt transfer device 100, storage
Feed bin 8 and conveyer belt feeding device 7.
Wherein, receiver bin 5 is usually poured into material in receiver bin 5 by transport vehicle 2, then for accepting material by defeated
It send and receives the material that receiver bin 5 falls with transfer device 100, and be transported in Storage Silo 8, since Storage Silo 8 has
There are multiple mutually independent storage cavitys, through different storage cavitys respectively to 7 blanking of conveyer belt feeding device, so that conveyer belt feeding
The material that device 7 conveys comparatively uniformly, controls on the whole convenient for the quality of subsequent treatment process.
If transport vehicle 2 has self-unloading function, 31 pushing tow of overturning hydraulic cylinder in hydraulic flap device 3 can not had to
Transport vehicle rollover, and if transport vehicle is without self-unloading function, the overturning hydraulic cylinder 31 that can be used in hydraulic flap device 3 pushes up
The rollover of pushing transport vehicle, realization are unloaded automatically.In fact, may be by hydraulic flap dress in spite of needing to overturn hydraulic cylinder
Weighing unit 30 in setting weighs to the transport vehicle 2 for front and back of unloading.
In the present embodiment, hydraulic flap device 3 is arranged in 5 side of receiver bin, and hydraulic flap device 3 carries function of weighing,
Hydraulic flap device includes for the turnover panel platform 32 of carried and transported vehicle and for driving turnover panel platform 32 to overturn so that transport vehicle 2
In material be discharged into the overturning hydraulic cylinder 31 in receiver bin 5, and for weighing to the transport vehicle 2 on turnover panel platform 32
Weighing unit 30.Weighbridge specifically may be selected in weighing unit 30 in hydraulic flap device, is articulately arranged at ground for turnover panel platform 32
On pound, also, setting overturning hydraulic cylinder 31 carrys out the rollover of pushing tow turnover panel platform between weighbridge and turnover panel platform, meanwhile, in turnover panel
Side block blocks are set on platform, and rollover inclination angle can be at 45 ° hereinafter, can not need that the traction for preventing vehicle rollover is in addition arranged in this way
Drawstring.Certainly, hydraulic flap device can also be using structure in the prior art, such as the reality that Authorization Notice No. is CN201731929U
The hydraulic flap motor truck scale provided in new patent, or the utility model if Authorization Notice No. is CN206814036U are special
The hydraulic flap car unloader of included function of weighing provided in benefit.
Due to will form fugitive dust when transport vehicle topples over material, to reduce dust pollution, material-transporting system further includes corresponding to
The discharging dust hood 1 that receiver bin 5 and hydraulic flap device 3 are arranged, discharging dust hood 1 are equipped with for passing through corresponding dust sucting pipeline
The 11 dust suction interfaces being connected to corresponding dust-extraction unit 10.
In the present embodiment, receiver bin 5 actually primarily serves buffer function, is mainly used for accepting and topple over from transport vehicle 2
The material to get off, after buffer, by 100 receiving transport of conveyer belt transfer device.Receiver bin 5 includes that multiple tips are directed downwardly
Material feeding taper feed bin 50, each material feeding taper feed bin 50 is mutually indepedent, and rectangle enclosing is arranged on the top of each material feeding taper feed bin 50
To form splicing channel 51, from transport vehicle 2 topple over and under material through splicing channel 51 buffer after enter each material feeding taper feed bin
In 50, then the blanking channel through each material feeding taper feed bin 50 falls.
In fact, which is provided with corresponding blanking control valve 52, the blanking for the blanking channel of corresponding each taper feed bin
Manual rod valve specifically may be selected in control valve 52, certainly, the control valve of other structures can also be used.Corresponding each blanking channel also divides
Not She Zhi material feeding oscillating feeder 53, material feeding oscillating feeder 53 forms corresponding discharging point, and material is transported through oscillating feeder
To conveyer belt transfer device 100.
It should be noted that due to being formed by blanking fugitive dust easy to form at discharging point in material feeding oscillating feeder 53,
Corresponding discharging point dust absorbing structure would generally be configured at discharging point, which can pass through corresponding dust sucting pipeline
11 are connected to corresponding dust-extraction unit 10, to remove the fugitive dust at discharging point.
Material-transporting system further includes the blanking for accepting the blanking channel of receiver bin 5 and blanking is transported to each storing
Conveyer belt transfer device 100 in chamber, conveyer belt transfer device 100 herein are conveyer belt transfer device, conveyer belt herein
Transfer device includes two parts, and a portion is positioned at 5 lower section of receiver bin and horizontal-extending transhipment belt part 4, transhipment
Belt part 4 includes the transhipment belt being provided on corresponding bracket and bracket, and another part is to transport belt portion for accepting
Divide the material of transhipment and be transported the distributing belt part sent into Storage Silo, distributing belt part includes being located at storage to expect
Above storehouse and it is higher than the horizontal belt part 12 of transhipment belt part 4 and connects horizontal belt part 12 and transhipment belt part
Material is transported to eminence from lower using belt slope part 6, then by horizontal belt part 12 by 4 belt slope part 6
It is sent into Storage Silo 8.Belt slope part 6 herein includes the vertical supports 60 of support on the ground, in vertical supports 60
It is equipped with carriage 61, carriage 61 is equipped with the inclination distributing belt section 62 that inclination extends.
In fact, conveyer belt transfer device herein further includes distributing trolley 9, and as shown in Figure 1 and Figure 7,9 edge of distributing trolley
8 extending direction activity of Storage Silo be assemblied in the top of Storage Silo 8, distributing trolley 9 is equipped with for accepting transhipment conveyer belt
The splicing channel 93 of upper material and the blanking channel 92 for being connected to the splicing channel and discharging to each storage cavity.In Storage Silo 8
Top be equipped with trolley track 91, distributing trolley 9 includes the mobile trolley frame 90 being assemblied on trolley track 91, on trolley frame 90
Equipped with style three-way distributor 95, style three-way distributor 95 has splicing channel 93 and two blanking channels being connected to splicing channel 93
92, style three-way distributor 95 is fixedly mounted on trolley frame 90, to follow distributing trolley 9 to move back and forth.Meanwhile it being set on trolley frame 90
It is equipped with corresponding leather belt roller, so that transhipment conveyer belt 121 can be bypassed normally on trolley frame 90, and material is transported to
In the splicing channel 93 of style three-way distributor 95.Certainly, in other embodiments, distributing trolley can also be used Authorization Notice No. and be
Discharging bassinet structure in the Chinese utility model patent of CN201144106Y dust-extraction unit disclosed in the description.
In the present embodiment, the connection feed bin part 81 of Storage Silo 8 including top and lower section be connected to feed bin part 81
The sub-material storehouse 82 of corresponding connection, each sub-material storehouse 82 are formed by the sub-material storehouse of tip taper directed downwardly respectively, the connection feed bin on top
Part 81 is formed by rectangle peripheral frame, and tapping channel is arranged in each sub-material orlop portion respectively, and each tapping channel is equipped with for controlling phase
The discharging control valve 83 of channel on-off is answered, discharging control valve 83 is specially manual rod valve, certainly, corresponding each tapping channel difference
It is provided with discharging oscillating feeder 84, discharging oscillating feeder 84 forms corresponding discharging discharging point, comes out in Storage Silo 8
Material has been fallen in conveyer belt feeding device 7 through discharging oscillating feeder 84.It in actual use, can be according to practical need
The switch and aperture for controlling each discharging control valve control whether blanking and blanking amount.
It should be noted that due to being formed by discharging fugitive dust easy to form at discharging point in discharging oscillating feeder 84,
Corresponding discharging point dust absorbing structure would generally be configured at discharging point, which can pass through corresponding dust sucting pipeline
11 are connected to corresponding dust-extraction unit 10, to remove the fugitive dust at discharging point.
For the Storage Silo 8 provided by the present embodiment, if not set corresponding point in connection feed bin part 81
If spacing body, the inner cavity in each sub-material storehouse forms mutually independent storage cavity, falls into from the blanking channel 92 of style three-way distributor 95
In Storage Silo.In use, by the movement of distributing trolley 9, it can be achieved that distinguishing the result of feeding into each storage cavity.Certainly,
If the removable setting separator in connection feed bin part, separator herein will be connected to feed bin partial lumen according to each sub-material storehouse
It is divided into compartment corresponding with each sub-material storehouse, the inner cavity in each compartment and the sub-material storehouse being connected to the compartment cooperatively forms
One corresponding storage cavity, at this point, the inner cavity in a sub-material storehouse is then used as a part of a storage cavity.
Material-transporting system further includes the trolley blanking dust exhaust apparatus of corresponding distributing trolley setting, trolley blanking dust exhaust apparatus
The blanking dust absorbing air passage 94 being connected to blanking channel 92, splicing channel 93 being equipped with including distributing trolley 9, blanking dust absorbing air passage
94 be equipped with for by corresponding dust sucting pipeline 11 and the blanking dust suction interface that is connected to of correspondence dust-extraction unit 10.In fact,
8 side of Storage Silo is equipped with corresponding cleaning shaft 13, and the cleaning shaft 13 correspondence is connected to blanking dust absorbing air passage 94, to realize
Depression dust-removing.Distributing trolley and blanking dust absorbing air passage, cleaning shaft herein etc. can also use Authorization Notice No. for
It is the charge car in dust-extraction unit disclosed in the Chinese utility model patent of CN205774624U, removable dust arrester installation, negative
Press the structures such as branch pipe.
In the present embodiment, material-transporting system further includes the conveyer belt feeding device of corresponding Storage Silo arrangement, herein
Conveyer belt feeding device is conveyer belt feeding device 7, and conveyer belt feeding device includes ground supporting leg 70, and ground supporting leg 70 is equipped with
Carriage 71, carriage 71 are equipped with the feeding conveyer belt 72 for carrying blanking, and feeding conveyer belt 72 is along Storage Silo
Each storage cavity is sequentially arranged direction extension.Since feeding conveyer belt 72 is arranged along each storage cavity extending direction, when each sub-material storehouse
82 to when the discharging of feeding conveyer belt 72, and with the movement of feeding conveyer belt 72, the material that each sub-material storehouse falls is layered in stratiform to be taken
Expect conveyer belt on, multiple sub-material storehouses then form multilayer raw material and are layered on feeding conveyer belt, so, when in each sub-material storehouse respectively
When storing the material of different product time, it is ensured that the material that feeding conveyer belt is provided to subsequent materials process it is more uniform (because
For the material for being contaminated with different product time), facilitate the quality of subsequent technique to control, reduces different product time material to subsequent technique
It influences.
At this it is to be understood that the dust-extraction unit 10 in the present embodiment specifically includes sack cleaner, and match with it
The air-introduced machine and chimney used is covered, the dust that sack cleaner is collected into is sent into dedusting ash cellar by corresponding conveyer, elevator
In stored, dust-extraction unit is the prior art, and details are not described herein.
In material-transporting system provided by the present embodiment, automatic weighing, automatic side are realized using hydraulic flap device 3
It turns over, easy-unloading and weighing.The buffering formed using receiver bin 5 is facilitated and is transported to material by conveyer belt transfer device 100
In Storage Silo 8, with the movement of distributing trolley 9, the material of different product time can be sent into different storage cavitys, then control phase
The storage cavity discharging answered, the storing of each storage cavity is successively laid on feeding conveyer belt 72 in stratiform, so that feeding conveyer belt 72
On material on the whole more uniformly, facilitate the quality of subsequent technique to control.Moreover, corresponding each fugitive dust point, as discharging fugitive dust point,
Corresponding dust absorbing structure is respectively set in fugitive dust point at discharging point and distributing trolley 9 etc., is connected to corresponding dust sucting pipeline 11,
And it is dusted operation via dust-extraction unit 10, realize automation dedusting.
Material-transporting system provided by the present embodiment is suitable for the heap of the raw materials of industry such as coal, lime stone, ore, building materials
Put conveying.The raw material of industry sent is deposited in Storage Silo according to actual needs, and utilizes corresponding continuous conveying device
Material is transported, is reduced because bring breakage is carried in transfer.
6 storage cavitys are set in the present embodiment, in Storage Silo, more than two storings are set in other embodiments
The actual quantity of chamber, storage cavity can be required according to material storage storage to determine.
Claims (9)
1. a kind of material-transporting system, it is characterised in that: including the receiver bin for accepting material and the storage for storing material
Material stock storehouse, the receiver bin have blanking channel, and the Storage Silo has at least two independent storage cavitys, each storage cavity bottom
Portion is respectively equipped with tapping channel, and tapping channel is equipped with the discharging control valve for controlling respective channel on-off, material-transporting system
Further include the blanking for accepting receiver bin blanking channel and blanking is transported to the conveyer belt transfer device in each storage cavity, with
And direction extension is sequentially arranged continuously to accept the conveyer belt feeding of each tapping channel blanking along each storage cavity of Storage Silo
Device.
2. material-transporting system according to claim 1, it is characterised in that: the Storage Silo includes the connection material on top
Storehouse part and connection corresponding with connection feed bin part and at least two independent sub-material storehouses being disposed below, each sub-material storehouse
Inner cavity at least forms a part of a storage cavity.
3. material-transporting system according to claim 2, it is characterised in that: material-transporting system further includes for removable setting
To be divided into compartment corresponding with each sub-material storehouse for feed bin partial lumen is connected to according to each sub-material storehouse in connection feed bin part
Separator, the inner cavity in each compartment and the sub-material storehouse being connected to the compartment cooperatively form one described in storage cavity.
4. material-transporting system according to claim 1 or 2 or 3, it is characterised in that: the conveyer belt transfer device includes
The transhipment conveyer belt being disposed to extend between receiver bin and Storage Silo, and storage is assemblied in along Storage Silo extending direction activity
Distributing trolley above material stock storehouse, distributing trolley are equipped with for accepting the splicing channel of material on transhipment conveyer belt and connecing with this
The blanking channel expecting channel connection and discharging to each storage cavity.
5. material-transporting system according to claim 4, it is characterised in that: material-transporting system further includes that corresponding cloth is small
Vehicle setting trolley blanking dust exhaust apparatus, trolley blanking dust exhaust apparatus include the distributing trolley be equipped with blanking channel connect
Logical blanking dust absorbing air passage, blanking dust absorbing air passage are equipped with for being connected to by corresponding dust sucting pipeline with correspondence dust-extraction unit
Blanking dust suction interface.
6. material-transporting system according to claim 1 or 2 or 3, it is characterised in that: the conveyer belt feeding device has
The feeding conveyer belt for being used to carry blanking of direction extension is sequentially arranged along each storage cavity.
7. material-transporting system according to claim 1 or 2 or 3, it is characterised in that: material-transporting system further includes corresponding to
The respectively arranged oscillating feeder of tapping channel of the blanking channel of receiver bin and corresponding Storage Silo, each oscillating feeder difference
Discharging point is formed, material-transporting system corresponds to each discharging point and is respectively arranged to through corresponding dust sucting pipeline and corresponding dust-extraction unit
The discharging point dust absorbing structure of connection.
8. material-transporting system according to claim 1 or 2 or 3, it is characterised in that: material-transporting system further includes being used for
It is arranged in the hydraulic flap device of the included function of weighing of the receiver bin side, hydraulic flap device includes being used for carried and transported
The turnover panel platform of vehicle and for drive turnover panel platform overturning so that the material in transport vehicle is discharged into the overturning liquid in the receiver bin
Cylinder pressure, and the weighing unit for weighing to the transport vehicle on turnover panel platform.
9. material-transporting system according to claim 8, it is characterised in that: material-transporting system further include it is corresponding described by
Feed bin and hydraulic flap device setting discharging dust hood, discharging dust hood be equipped with for by corresponding dust sucting pipeline with it is corresponding
The dust suction interface of dust-extraction unit connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821395707.7U CN208666584U (en) | 2018-08-28 | 2018-08-28 | Material-transporting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821395707.7U CN208666584U (en) | 2018-08-28 | 2018-08-28 | Material-transporting system |
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| Publication Number | Publication Date |
|---|---|
| CN208666584U true CN208666584U (en) | 2019-03-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821395707.7U Withdrawn - After Issue CN208666584U (en) | 2018-08-28 | 2018-08-28 | Material-transporting system |
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| CN (1) | CN208666584U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109019079A (en) * | 2018-08-28 | 2018-12-18 | 河南省德耀节能科技股份有限公司 | A kind of material-transporting system |
| CN112110223A (en) * | 2020-09-04 | 2020-12-22 | 安徽省凯杰机械制造有限公司 | Intelligent container bulk grain rear unloading platform system |
| CN113895863A (en) * | 2021-10-12 | 2022-01-07 | 新兴铸管股份有限公司 | Device and method for quickly assembling and disassembling active coke |
| CN109019079B (en) * | 2018-08-28 | 2024-04-30 | 河南省德耀节能科技股份有限公司 | Material conveying system |
-
2018
- 2018-08-28 CN CN201821395707.7U patent/CN208666584U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109019079A (en) * | 2018-08-28 | 2018-12-18 | 河南省德耀节能科技股份有限公司 | A kind of material-transporting system |
| CN109019079B (en) * | 2018-08-28 | 2024-04-30 | 河南省德耀节能科技股份有限公司 | Material conveying system |
| CN112110223A (en) * | 2020-09-04 | 2020-12-22 | 安徽省凯杰机械制造有限公司 | Intelligent container bulk grain rear unloading platform system |
| CN113895863A (en) * | 2021-10-12 | 2022-01-07 | 新兴铸管股份有限公司 | Device and method for quickly assembling and disassembling active coke |
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