CN208561031U - Building stones produce finished product bin dust pelletizing system - Google Patents
Building stones produce finished product bin dust pelletizing system Download PDFInfo
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- CN208561031U CN208561031U CN201821099653.XU CN201821099653U CN208561031U CN 208561031 U CN208561031 U CN 208561031U CN 201821099653 U CN201821099653 U CN 201821099653U CN 208561031 U CN208561031 U CN 208561031U
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- entrucking
- deduster
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- discharger
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Abstract
The utility model discloses a kind of building stones to produce finished product bin dust pelletizing system, including the first entrucking deduster, second entrucking deduster, deduster on feed bin, first entrucking dust collection pipe, second entrucking dust collection pipe, dust collection pipe on feed bin, first exhaust chimney, second exhaust chimney, third exhaust chimney, first sensor of dust concentration, second sensor of dust concentration, third sensor of dust concentration, six dischargers, entrucking deduster scrapper conveyor, deduster scrapper conveyor on feed bin, three-way chute, ashes bucket elevator, ashes reprints scrapper conveyor and 0~3mm reprints belt feeder.The fugitive dust that the utility model carries out during entrucking for finished product belt conveyor unloading point, transfer point and gate batcher, the entrucking belt conveyor under finished product bin on finished product bin in building stones production system gathers dust, without building Special plaster filler bin, ashes is sold together with 0~3mm finished product building stones, while improving 0~3mm finished product building stones quality, income from sales is increased.
Description
Technical field:
The utility model relates to a kind of dust pelletizing systems, produce finished product bin dust pelletizing system more particularly to a kind of building stones, belong to
In building stones production technical field.
Background technique:
In existing building stones production process, generally finished product building stones are transported in finished product bin using belt conveyor and are stored up
It deposits, then entrucking transport is carried out by gate batcher under finished product bin and entrucking belt conveyor.
The dedusting of belt conveyor unloading point and transfer point generallys use on existing feed bin is mounted on finished product bin nearby
On deduster gather dust, the ashes being collected into typically directly is discharged into be mounted on finished product bin, influences finished product building stones
Quality very big inconvenience is brought for the repair and maintenance of deduster simultaneously because deduster is mounted on finished product bin.
Gate batcher and entrucking belt conveyor under existing finished product bin carry out the fugitive dust generated during entrucking,
It generallys use the deduster being mounted on or near entrucking belt conveyor to gather dust, the ashes being collected into is directly or by scraping
Trigger is discharged into entrucking belt conveyor, seriously affects finished product building stones quality, while can generate reentrainment of dust.
Utility model content:
The technical problem to be solved by the utility model is to provide a kind of building stones to produce finished product bin dust pelletizing system, for
Gate feed under finished product belt conveyor unloading point, transfer point and finished product bin in building stones production system on finished product bin
The fugitive dust that machine, entrucking belt conveyor carry out during entrucking gathers dust.
The utility model is adopted the technical scheme that in order to solve the technical problem:
In a kind of building stones production finished product bin dust pelletizing system, including the first entrucking deduster, the second entrucking deduster, feed bin
Deduster, the first entrucking dust collection pipe, the second entrucking dust collection pipe, dust collection pipe, first exhaust chimney, second exhaust on feed bin
Chimney, third exhaust chimney, the first sensor of dust concentration, the second sensor of dust concentration, third sensor of dust concentration,
One discharger, the second discharger, third discharger, the 4th discharger, the 5th discharger, the 6th discharger, entrucking deduster are scraped
Deduster scrapper conveyor, three-way chute, ashes bucket elevator, ashes reprint scrapper conveyor on trigger, feed bin and 0~3mm reprints skin
With machine, one word of deduster is arranged on the first entrucking deduster, the second entrucking deduster and feed bin, the first entrucking dedusting
Flue-dust retainer on device, the second entrucking deduster and feed bin below deduster, which passes through flanged joint respectively and is equipped with described first, to be unloaded
Glassware, the second discharger, third discharger, the 4th discharger, the 5th discharger and the 6th discharger upper flange, described first
The lower flange charging with entrucking deduster scrapper conveyor respectively of discharger, the second discharger, third discharger and the 4th discharger
Mouth flange is connected, the lower flange charging with deduster scrapper conveyor on feed bin respectively of the 5th discharger and the 6th discharger
Mouth flange is connected；The discharge port of deduster scrapper conveyor and described three on the discharge port and feed bin of the entrucking deduster scrapper conveyor
The feed inlet of logical chute is connected by flange respectively；The discharge port of the three-way chute is using flange and ashes bucket elevator
Feed opening flange connection, the discharge port of the ashes bucket elevator reprints the feed inlet method of scrapper conveyor using flange and ashes
Orchid connection, the deflector chute that the ashes reprints the discharge port of scrapper conveyor and 0~3mm is reprinted on belt feeder pass through flanged joint；Institute
State that the first entrucking deduster, the second entrucking deduster, the air inlet of deduster passes through flange respectively on feed bin and the first entrucking is received
Dirt pipeline, the second entrucking dust collection pipe, the flange of dust collection pipe is connected on feed bin.
The first entrucking dust collection pipe, the second entrucking dust collection pipe are respectively under the finished product bin in two entrucking channels
Gate batcher unloading point, entrucking belt conveyor unloading point, bulk machine unloading point and entrucking area gather dust；On the feed bin
Dust collection pipe by pipe branch on feed bin finished product belt conveyor unloading point and transfer point gather dust.
First sensor of dust concentration, the second sensor of dust concentration, third sensor of dust concentration are installed respectively
In the upper surface of first exhaust chimney, second exhaust chimney, third exhaust chimney, first sensor of dust concentration, the second powder
Dust concentration sensor, third sensor of dust concentration are connected to the control system, and are used for real-time monitoring first exhaust chimney, second
The numerical value of exhaust chimney, the dust concentration of third exhaust chimney and PM2.5.
The building stones of the utility model produce finished product bin dust pelletizing system, on finished product bin in building stones production system at
Gate batcher, entrucking belt conveyor under product belt conveyor unloading point, transfer point and finished product bin carry out entrucking process
In fugitive dust gather dust.Finished product belt conveyor unloading point and transfer point on finished product bin use 1 dedusting as needed
Device, gate batcher and entrucking belt conveyor under finished product bin determine the number of entrucking deduster according to entrucking number of channels
Amount, each entrucking channel configures 1 entrucking deduster in principle.
Ashes is discharged to corresponding ash by the discharger under deduster on entrucking deduster and feed bin by the utility model respectively
In powder scrapper conveyor, scrapper conveyor is reprinted by ashes bucket elevator and ashes, ashes is transported to 0~3mm on finished product bin turns
It carries in belt feeder, belt feeder is reprinted by 0~3mm, ashes is transported in 0~3mm building stones finished product bin, ashes is made not have to construction
Dedicated ash filler bin, and ashes can be sold with 0~3mm finished product building stones, improve the same of 0~3mm finished product building stones quality
When, increase income from sales.
The utility model is controlled by using PLC, unloads ash to different discharger time-division transfers, required defeated grey equipment compared with
It is small, while it is smaller to run power, improves running efficiency of system.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the C-C view in Fig. 1；
Fig. 3 is the K direction view in Fig. 1；
Fig. 4 is the A-A view in Fig. 1；
Fig. 5 is the B-B view in Fig. 1.
Specific embodiment:
The utility model is made further explanation with reference to the accompanying drawing:
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, in figure, 1 is the first entrucking deduster, 2 be the second entrucking deduster, 3 is
Deduster on feed bin, 4 be the first entrucking dust collection pipe, 5 be the second entrucking dust collection pipe, 6 be dust collection pipe on feed bin, 7 be the
One exhaust chimney, 8 be second exhaust chimney, 9 be third exhaust chimney, 10 be the first sensor of dust concentration, 11 be the second powder
Dust concentration sensor, 12 be third sensor of dust concentration, 13 be the first discharger, 14 be the second discharger, 15 be that third is unloaded
Glassware, 16 be the 4th discharger, 17 be the 5th discharger, 18 be the 6th discharger, 19 be entrucking deduster scrapper conveyor, 20 be material
Deduster scrapper conveyor on storehouse, 21 be three-way chute, 22 be ashes bucket elevator, 23 be ashes reprint scrapper conveyor, 24 be 0~
3mm reprints belt feeder.
Embodiment: a kind of building stones production finished product bin dust pelletizing system, including the first entrucking deduster 1, the second entrucking dedusting
3 first entrucking dust collection pipe 4 of deduster on device 2, feed bin, the second entrucking dust collection pipe 5, dust collection pipe 6, first exhaust on feed bin
Chimney 7, second exhaust chimney 8, third exhaust chimney 9, the first sensor of dust concentration 10, the second sensor of dust concentration 11,
Third sensor of dust concentration 12, the first discharger 13, the second discharger 14, third discharger 15, the 4th discharger the 16, the 5th
Discharger 17, the 6th discharger 18, entrucking deduster scrapper conveyor 19, deduster scrapper conveyor 20, three-way chute 21, ashes on feed bin
Bucket elevator 22, ashes reprint scrapper conveyor 23 and 0~3mm reprints belt feeder 24, and the first entrucking deduster 1, the second entrucking remove
3 one word of deduster is arranged on dirt device 2 and feed bin, on the first entrucking deduster 1, the second entrucking deduster 2 and feed bin under deduster 3
The flue-dust retainer of side, which passes through flanged joint respectively and is equipped with the first discharger 13, the second discharger 14, third discharger the 15, the 4th, to be unloaded
The upper flange of glassware 16, the 5th discharger 17 and the 6th discharger 18, the first discharger 13, the second discharger 14, third discharging
The lower flange of device 15 and the 4th discharger 16 is connected with the feed opening flange of entrucking deduster scrapper conveyor 19 respectively, the 5th discharging
The lower flange of device 17 and the 6th discharger 18 is connected with the feed opening flange of deduster scrapper conveyor 20 on feed bin respectively；Entrucking removes
The feed inlet of the discharge port of deduster scrapper conveyor 20 and the three-way chute 21 point on the discharge port and feed bin of dirt device scrapper conveyor 19
It is not connected by flange；The discharge port of three-way chute 21 is connected using the feed opening flange of flange and ashes bucket elevator 22
It connects, the discharge port of ashes bucket elevator 22 is connect using flange with the feed opening flange that ashes reprints scrapper conveyor 23, and ashes turns
The deflector chute that the discharge port and 0~3mm for carrying scrapper conveyor 23 are reprinted on belt feeder 24 passes through flanged joint；First entrucking deduster 1,
The air inlet of deduster 3 passes through flange and the first entrucking dust collection pipe 4, the second entrucking respectively on second entrucking deduster 2, feed bin
The flange of dust collection pipe 6 is connected on dust collection pipe 5, feed bin.
First entrucking dust collection pipe 4, the second entrucking dust collection pipe 5 are respectively to the lock under the finished product bin in two entrucking channels
Door batcher unloading point, entrucking belt conveyor unloading point, bulk machine unloading point and entrucking area gather dust；Dust-collecting pipe on feed bin
Road 6 by pipe branch on feed bin finished product belt conveyor unloading point and transfer point gather dust.
Wherein: the first sensor of dust concentration 10, the second sensor of dust concentration 11, third sensor of dust concentration 12 divide
It is not mounted on the upper surface of first exhaust chimney 7, second exhaust chimney 8, third exhaust chimney 9, the first sensor of dust concentration 10,
Second sensor of dust concentration 11, third sensor of dust concentration 12 are connected to the control system, and are used for real-time monitoring first row
Gas chimney 7, second exhaust chimney 8, the dust concentration of third exhaust chimney 9 and PM2.5 numerical value.
Ashes is discharged to accordingly by the utility model respectively by the discharger under deduster on entrucking deduster and feed bin
In ashes scrapper conveyor, 0~3mm that ashes is transported on finished product bin by scrapper conveyor is reprinted by ashes bucket elevator and ashes
It reprints in belt feeder, belt feeder is reprinted by 0~3mm, ashes is transported in 0~3mm building stones finished product bin, ashes is made not have to build
If dedicated ash filler bin, and ashes can be sold with 0~3mm finished product building stones, improve 0~3mm finished product building stones quality
Meanwhile increasing income from sales.
The utility model carries out different dischargers to unload grey control at times by using PLC control, and required deduster is scraped
Trigger and deduster reprinting scrapper conveyor are smaller, and operation power is smaller, hence it is evident that improves the operational efficiency of equipment.
Claims (3)
1. a kind of building stones produce finished product bin dust pelletizing system, it is characterised in that: the building stones produce finished product bin dust pelletizing system packet
Include the first entrucking deduster (1), the second entrucking deduster (2), deduster (3), the first entrucking dust collection pipe (4), on feed bin
Dust collection pipe (6), first exhaust chimney (7), second exhaust chimney (8), third exhaust on two entrucking dust collection pipes (5), feed bin
Chimney (9), the first sensor of dust concentration (10), the second sensor of dust concentration (11), third sensor of dust concentration (12),
First discharger (13), the second discharger (14), third discharger (15), the 4th discharger (16), the 5th discharger (17),
Six dischargers (18), entrucking deduster scrapper conveyor (19), deduster scrapper conveyor (20), three-way chute (21), grey powder hopper on feed bin
Formula elevator (22), ashes reprint scrapper conveyor (23) and 0~3mm reprints belt feeder (24), the first entrucking deduster (1),
(3) one word of deduster is arranged on second entrucking deduster (2) and feed bin, the first entrucking deduster (1), the second entrucking dedusting
Flue-dust retainer on device (2) and feed bin below deduster (3) pass through respectively flanged joint be equipped with first discharger (13),
Second discharger (14), third discharger (15), the 4th discharger (16), the 5th discharger (17) and the 6th discharger (18)
Upper flange, first discharger (13), the second discharger (14), third discharger (15) and the 4th discharger (16) laxative remedy
Orchid is connected with the feed opening flange of entrucking deduster scrapper conveyor (19) respectively, the 5th discharger (17) and the 6th discharger
(18) lower flange is connected with the feed opening flange of deduster scrapper conveyor (20) on feed bin respectively；The entrucking deduster scraper plate
The discharge port of deduster scrapper conveyor (20) and the feed inlet of the three-way chute (21) are distinguished on the discharge port and feed bin of machine (19)
It is connected by flange；The discharge port of the three-way chute (21) uses the feed inlet method of flange and ashes bucket elevator (22)
Orchid connection, the discharge port of the ashes bucket elevator (22) reprint the feed opening flange of scrapper conveyor (23) using flange and ashes
Connection, the deflector chute that the ashes reprints the discharge port of scrapper conveyor (23) and 0~3mm is reprinted on belt feeder (24) are connected by flange
It connects；The first entrucking deduster (1), the second entrucking deduster (2), the air inlet of deduster (3) passes through method respectively on feed bin
Orchid is connected with the flange of dust collection pipe (6) on the first entrucking dust collection pipe (4), the second entrucking dust collection pipe (5), feed bin.
2. building stones according to claim 1 produce finished product bin dust pelletizing system, it is characterised in that: first entrucking is gathered dust
Pipeline (4), the second entrucking dust collection pipe (5) respectively under the finished product bin in two entrucking channels gate batcher unloading point,
Entrucking belt conveyor unloading point, bulk machine unloading point and entrucking area gather dust；Dust collection pipe (6) passes through pipe on the feed bin
Road branch on feed bin finished product belt conveyor unloading point and transfer point gather dust.
3. building stones according to claim 1 produce finished product bin dust pelletizing system, it is characterised in that: first dust concentration
Sensor (10), the second sensor of dust concentration (11), third sensor of dust concentration (12) are separately mounted to first exhaust cigarette
The upper surface of chimney (7), second exhaust chimney (8), third exhaust chimney (9), first sensor of dust concentration (10), the second powder
Dust concentration sensor (11), third sensor of dust concentration (12) are connected to the control system, and are used for real-time monitoring first exhaust
Chimney (7), second exhaust chimney (8), the dust concentration of third exhaust chimney (9) and PM2.5 numerical value.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821099653.XU CN208561031U (en) | 2018-07-12 | 2018-07-12 | Building stones produce finished product bin dust pelletizing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821099653.XU CN208561031U (en) | 2018-07-12 | 2018-07-12 | Building stones produce finished product bin dust pelletizing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208561031U true CN208561031U (en) | 2019-03-01 |
Family
ID=65492670
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821099653.XU Active CN208561031U (en) | 2018-07-12 | 2018-07-12 | Building stones produce finished product bin dust pelletizing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208561031U (en) |
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2018
- 2018-07-12 CN CN201821099653.XU patent/CN208561031U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP02 | Change in the address of a patent holder | ||
| CP02 | Change in the address of a patent holder |
Address after: 453700 southeast corner of junction of Yudong Road and Weiqi Road, Jingkai District, Xinxiang City, Henan Province Patentee after: HENAN ZHENYUAN TECHNOLOGY CO.,LTD. Address before: 453700 southeast corner of the junction of Yudong Road and Weiqi Road in Jingkai District, Xinxiang City, Henan Province Patentee before: HENAN ZHENYUAN TECHNOLOGY CO.,LTD. |