CN206935101U - One kind combination lime stone conveying device - Google Patents
One kind combination lime stone conveying device Download PDFInfo
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- CN206935101U CN206935101U CN201720779772.9U CN201720779772U CN206935101U CN 206935101 U CN206935101 U CN 206935101U CN 201720779772 U CN201720779772 U CN 201720779772U CN 206935101 U CN206935101 U CN 206935101U
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Abstract
A kind of combination lime stone conveying device is the utility model is related to, the device includes the first discharge bucket, the second discharge bucket, and arrival end is connected with limestone powder bin bottom both it；First unloader, its arrival end are connected with the first discharge bucket port of export, and the first unloader port of export is connected with the first slurry tank arrival end；Second unloader, its arrival end are connected with the second discharge bucket port of export, and the second unloader port of export is connected with the second slurry tank arrival end；First slurries pump, its arrival end are connected with the first slurry tank port of export, and the first slurries pump discharge end is connected with desulfuration absorbing tower；Second slurries pump, its arrival end are connected with the second slurry tank port of export, and the second slurries pump discharge end is connected with desulfuration absorbing tower.
Description
Technical field
Lime stone conveying device field is the utility model is related to, lime stone conveying device is combined in particular to one kind.
Background technology
Agstone is needed to use in the production process of lime stone slurry, agstone main seal is stored in lime stone
In powder cabin, store safety and be easy to take.But lime stone handling system at present on the market is relatively simple, in course of conveying
Trouble point is more, when often result in stoppage in transit, scene wastes a large amount of maintenance times, tends not to meet the continuous service requirement of desulfurization, therefore
Also desulphurization system operation steady in a long-term cannot be ensured.Therefore lime stone handling system failure then needs whole desulphurization system of stopping transport
The problem of it is urgently to be resolved hurrily.
Utility model content
To solve the above problems, the purpose of this utility model is to provide a kind of combination lime stone conveying device, whole
Set standby at each node in lime stone conveying device, effectively avoid a conveying equipment failure from causing whole desulfurization system
The problem of system is stopped transport.
The utility model provides a kind of combination lime stone conveying device, and the device includes：
First discharge bucket, its arrival end are connected with limestone powder bin bottom；
Second discharge bucket, its arrival end are connected with limestone powder bin bottom；
First unloader, its arrival end are connected with the first discharge bucket port of export, the first unloader port of export with
First slurry tank arrival end connects；
Second unloader, its arrival end are connected with the second discharge bucket port of export, the second unloader port of export with
Second slurry tank arrival end connects；
First slurries pump, its arrival end are connected with the first slurry tank port of export, the first slurries pump discharge end with
Desulfuration absorbing tower connects；
Second slurries pump, its arrival end are connected with the second slurry tank port of export, the second slurries pump discharge end with
Desulfuration absorbing tower connects.
As further improvement of the utility model, the lime stone conveying device also includes：
First mutual siphunculus, the pipeline connection between its arrival end and first discharge bucket, first unloader are described
Pipeline connection between the first mutual siphunculus port of export and second discharge bucket, second unloader；
Second mutual siphunculus, the pipeline connection between its arrival end and second discharge bucket, second unloader are described
Pipeline connection between the second mutual siphunculus port of export and first discharge bucket, first unloader；
3rd mutual siphunculus, the pipeline connection between its arrival end and first unloader, first slurry tank are described
Pipeline connection between the 3rd mutual siphunculus port of export and second unloader, second slurry tank；
4th mutual siphunculus, the pipeline connection between its arrival end and second unloader, second slurry tank are described
Pipeline connection between the 4th mutual siphunculus port of export and first unloader, first slurry tank；
5th mutual siphunculus, the pipeline connection between its arrival end and first slurry tank, the first slurries pump are described
Pipeline connection between the 5th mutual siphunculus port of export and second slurry tank, the second slurries pump；
6th mutual siphunculus, the pipeline connection between its arrival end and second slurry tank, the second slurries pump are described
Pipeline connection between the 6th mutual siphunculus port of export and first slurry tank, the first slurries pump.
As further improvement of the utility model, the first swivel bearing is provided with inside first discharge bucket, described the
The second swivel bearing is provided with inside two discharge buckets.
As further improvement of the utility model, first swivel bearing and second rotary bearing surface are all provided with
There is helical blade.
As further improvement of the utility model, the first mutual nearly arrival end of siphunculus is provided with the first push-pull valve, described
The second mutual nearly arrival end of siphunculus is provided with the second push-pull valve, and the 3rd mutual nearly arrival end of siphunculus is provided with the 3rd push-pull valve, and described
The four mutual nearly arrival ends of siphunculus are provided with the 4th push-pull valve, and the 5th mutual nearly arrival end of siphunculus is provided with the 5th push-pull valve, and the described 6th
The mutual nearly arrival end of siphunculus is provided with the first push-pull valve.
As further improvement of the utility model, the first intercommunication tube inlet end is higher than its port of export, and described second
Intercommunication tube inlet end is higher than its port of export, and the 3rd intercommunication tube inlet end is higher than its port of export, and the 4th intercommunication tube inlet end is high
In its port of export, the 5th intercommunication tube inlet end is higher than its port of export, and the 6th intercommunication tube inlet end is higher than its port of export.
As further improvement of the utility model, the lime stone conveying device also includes the first air accumulator, its entrance
End is connected with the first air compressor machine, and the first reservoir outlet end is connected with the first unloader inlet end.
As further improvement of the utility model, the lime stone conveying device also includes the second air accumulator, its entrance
End is connected with the second air compressor machine, and the second reservoir outlet end is connected with the second unloader inlet end.
As further improvement of the utility model, between first air accumulator, first air compressor machine and described
Drying machine is equipped between two air accumulators, second air compressor machine.
The beneficial effects of the utility model are：First, each conveying node device is respectively provided with standby；Second, due to
A plurality of conveying circuit, it is possible on the premise of desulphurization system normal operation is ensured, the maintenance to the conveying circuit that leaves unused is realized,
So as to reduce the cost of overhaul；3rd, a plurality of conveying circuit can carry out lime stone transportation work in turn, extend indirectly every it is defeated
The service life on line sending road；4th, continuous-stable conveying agstone can be reached, ensure that the fortune steady in a long-term of desulphurization system
OK.
Brief description of the drawings
Fig. 1 is a kind of combination lime stone transport conveyor constructions schematic diagram described in the utility model embodiment.
In figure,
1st, limestone powder bin；21st, the first discharge bucket；22nd, the second discharge bucket；31st, the first swivel bearing；32nd, the second rotation
Bearing；41st, the first mutual siphunculus；42nd, the second mutual siphunculus；43rd, the 3rd mutual siphunculus；44th, the 4th mutual siphunculus；45th, the 5th mutual siphunculus；
46th, the 6th mutual siphunculus；51st, the first push-pull valve；52nd, the second push-pull valve；53rd, the 3rd push-pull valve；54th, the 4th push-pull valve；55th, the 5th
Push-pull valve；56th, the 6th push-pull valve；61st, the first unloader；62nd, the second unloader；71st, the first air accumulator；72nd, the second gas storage
Tank；81st, the first air compressor machine；82nd, the second air compressor machine；91st, the first slurry tank；92nd, the second slurry tank；11st, the first slurries pump；12、
Second slurries pump；10th, desulfuration absorbing tower.
Embodiment
The utility model is described in further detail below by specific embodiment and with reference to accompanying drawing.
As shown in figure 1, described in the utility model embodiment being a kind of combination lime stone conveying device, the device includes：
First discharge bucket 21, its arrival end are connected with the bottom of limestone powder bin 1, the second discharge bucket 22, its arrival end and stone
The bottom of lime stone powder cabin 1 connects.Lime stone in limestone powder bin 1 is delivered to discharging by the first discharge bucket 21 and the second discharge bucket 22
In machine, and the first discharge bucket 21 and the second discharge bucket 22 are standby each other.
First unloader 61, its arrival end are connected with the port of export of the first discharge bucket 21, the port of export of the first unloader 61 and
The arrival end of one slurry tank 91 connects；Second unloader 62, its arrival end are connected with the port of export of the second discharge bucket 22, the second unloader
62 ports of export are connected with the arrival end of the second slurry tank 92.First unloader 61 and the second unloader 62 are respectively by the first discharge bucket 21
It is delivered to the agstone in the second discharge bucket 22 in slurry tank and is mixed and made into slurries with water, the first unloader 61 and second is unloaded
Material machine 62 is standby each other.
First slurries pump 11, its arrival end are connected with the port of export of the first slurry tank 91, and the port of export of the first slurries pump 11 is with taking off
Sulphur absorption tower 10 connects；Second slurries pump 12, its arrival end are connected with the port of export of the second slurry tank 92, and the second slurries pump 12 exports
End is connected with desulfuration absorbing tower 10.First slurries pump 11 and the second slurries pump 12 are respectively by the first slurry tank 91 and the second slurry tank
Slurries in 92 are delivered in desulfuration absorbing tower 10, and the first slurries pump 11 and the second slurries pump 12 are standby each other, the first slurries
The slurry tank 92 of case 91 and second is also standby each other.
Further, a kind of combination lime stone conveying device also includes：
First mutual siphunculus 41, the pipeline connection between its arrival end and the first discharge bucket 21, the first unloader 61, first is mutual
Pipeline connection between the port of export of siphunculus 41 and the second discharge bucket 22, the second unloader 62.When the second discharge bucket 22 and first unloads
Material machine 61 breaks down simultaneously when, first discharge bucket 21 can be connected with the second unloader 62 by the first mutual siphunculus 41
Come, so as to realize the conveying of agstone.
Second mutual siphunculus 42, the pipeline connection between its arrival end and the second discharge bucket 22, the second unloader 62, second is mutual
Pipeline connection between the port of export of siphunculus 42 and the first discharge bucket 21, the first unloader 61.When the first discharge bucket 21 and second unloads
Material machine 62 breaks down simultaneously when, second discharge bucket 22 and the first unloader 61 can be connected by the second mutual siphunculus 42
Come, realize the conveying of agstone.
3rd mutual siphunculus 43, the pipeline connection between its arrival end and the first unloader 61, the first slurry tank 91, the 3rd is mutual
Pipeline connection between the port of export of siphunculus 43 and the second unloader 62, the second slurry tank 92.When the second unloader 62 and the first slurry
Liquid case 91 breaks down simultaneously when, first unloader 61 and the second slurry tank 92 can be connected by the 3rd mutual siphunculus 43
Come, realize the conveying of agstone.
4th mutual siphunculus 44, the pipeline connection between its arrival end and the second unloader 62, the second slurry tank 92, the 4th is mutual
Pipeline connection between the port of export of siphunculus 44 and the first unloader 61, the first slurry tank 91.When the first unloader 61 and the second slurry
Liquid case 92 breaks down simultaneously when, second unloader 62 and the first slurry tank 91 can be connected by the 4th mutual siphunculus 44
Come, realize the conveying of agstone.
5th mutual siphunculus 45, the pipeline connection between its arrival end and the first slurry tank 91, the first slurries pump 11, the 5th is mutual
Pipeline connection between the port of export of siphunculus 45 and the second slurry tank 92, the second slurries pump 12.When the first slurries pump 11 and the second slurry
Liquid case 92 breaks down simultaneously when, first slurry tank 91 and the second slurries pump 12 can be connected by the 5th mutual siphunculus 45
Come, realize the conveying of agstone.
6th mutual siphunculus 46, the pipeline connection between its arrival end and the second slurry tank 92, the second slurries pump 12, the 6th is mutual
Pipeline connection between the port of export of siphunculus 46 and the first slurry tank 91, the first slurries pump 11.When the first slurry tank 91 and the second slurry
Liquid pump 12 breaks down simultaneously when, first slurries pump 11 and the second slurry tank 92 can be connected by the 6th mutual siphunculus 46
Come, realize the conveying of agstone.
Further, the inside of the first discharge bucket 21 is provided with the first swivel bearing 31, and the inside of the second discharge bucket 22 is provided with second
Swivel bearing 32.First swivel bearing 31 and the second swivel bearing 32 can be by rotating respectively by the first discharge bucket 21 and second
Agstone in discharge bucket 22 is transported in unloader, effectively alleviates the putty phenomenon of discharge bucket, while can also be passed through
Change the rotary speed of the first swivel bearing 31 and the second swivel bearing 32 to realize the change of discharge bucket load.
Further, the first swivel bearing 31 and the surface of the second swivel bearing 32 are equipped with helical blade.Helical blade meeting
Rotated with the rotation of the first swivel bearing 31 or the second swivel bearing 32, first, in the discharge bucket 22 of discharge bucket 21 and second
Agstone the outlet of corresponding hopper can be flowed to along helical blade, secondly, in the discharge bucket 22 of discharge bucket 21 and second
Agstone also can from top to bottom flow with the rotation of helical blade.
Further, the first mutual 41 nearly arrival end of siphunculus is provided with the first push-pull valve 51, and the second mutual 42 nearly arrival end of siphunculus is set
There is the second push-pull valve 52, the 3rd mutual 43 nearly arrival end of siphunculus is provided with the 3rd push-pull valve 53, and the 4th mutual 44 nearly arrival end of siphunculus is provided with
4th push-pull valve 54, the 5th mutual 45 nearly arrival end of siphunculus are provided with the 5th push-pull valve 55, and the 6th mutual 46 nearly arrival end of siphunculus is provided with the
One push-pull valve 56.Six push-pull valves are respectively used to realize disconnection and the closure of the mutual siphunculus where it, according to whole induction system
The failure situation of middle equipment selects to be turned on and off specific push-pull valve.
Further, the first mutual arrival end of siphunculus 41 is higher than its port of export, and the second mutual arrival end of siphunculus 42 exports higher than it
End, the 3rd mutual arrival end of siphunculus 43 are higher than its port of export, and the 4th mutual arrival end of siphunculus 44 is higher than its port of export, the 5th mutual siphunculus 45
Arrival end is higher than its port of export, and the 6th mutual arrival end of siphunculus 46 is higher than its port of export.Because lime stone is in whole course of conveying,
There is no any machine power driving equipment in pipeline, so six mutual siphunculus are arranged to form of the arrival end higher than the port of export,
The conveying of lime stone can be realized in the case where not driven by external force.
Further, a kind of combination lime stone conveying device also includes the first air accumulator 71, its arrival end and the first pneumatics
Machine 81 is connected, and the port of export of the first air accumulator 71 is connected with the inlet end of the first unloader 61.
Further, a kind of combination lime stone conveying device also includes the second air accumulator 72, its arrival end and the second pneumatics
Machine 82 is connected, and the port of export of the second air accumulator 72 is connected with the inlet end of the second unloader 62.
Air is compressed increase air force by the first air compressor machine 81 and the second air compressor machine 82, and the air after compression is divided
It is not delivered in the first air accumulator 71 and the second air accumulator 72, last air is transported to the first unloader 61 and second and unloaded
Material machine 62 for the conveying of lime stone in two unloaders providing power source.
Further, between the first air accumulator 71, the first air compressor machine 81 between the second air accumulator 72, the second air compressor machine 82
It is equipped with drying machine.Because lime stone easily makes moist, so as to cause the blocking of induction system, so between air compressor machine and gas storage
Set drying machine that the air after compression is dried between tank, so as to greatly reduce the possibility that lime stone makes moist, avoid
The blockage problem of induction system.
Embodiment 1
Lime stone in limestone powder bin 1 is transported in the first discharge bucket 21, by the first swivel bearing 31 by first
Lime stone in discharge bucket 21 is delivered in the first unloader 61.First air compressor machine 81 is compressed increase air to air and moved
Power, the air after pressurization, which is transported in drying machine to be dried, removes contained humidity in air, finally by the first air accumulator
71 are delivered the air in the first unloader 61, and the agstone in the first unloader 61 is delivered in the first slurry tank 91,
Moisture in agstone and the first slurry tank 91 is mixed and made into slurries, and the slurries made are delivered to de- by the first slurries pump 11
Sweetening process is participated in sulphur absorption tower 10.Six push-pull valves in whole course of conveying on six mutual siphunculus are in closing shape
State.
Embodiment 2
First discharge bucket 21 and the second unloader 62 break down simultaneously, open the second push-pull valve 52, other five plates
Valve is in closed mode.Lime stone in limestone powder bin 1 is transported in the second discharge bucket 22, by the second swivel bearing
32 are delivered to the lime stone in the second discharge bucket 22 in second mutual siphunculus 42, are delivered to lime stone by the second mutual siphunculus 42
In first unloader 61, subsequent step then repeats the step in embodiment 1.To the first discharge bucket during lime stone is conveyed
21 and second unloader 62 repaired.
Embodiment 3
First unloader 61, the second slurry tank 92 and the first slurries pump 11 break down simultaneously, while open the first plate
Valve 51, the 4th push-pull valve 54 and the 5th push-pull valve 55, other three push-pull valves are closed.Stone in limestone powder bin 1
Lime stone is transported in the first discharge bucket 21, and the lime stone in first discharge bucket 21 is delivered into by the first swivel bearing 31
In one mutual siphunculus 41, lime stone is delivered in the second unloader 62 by the first mutual siphunculus 41.Second air compressor machine 82 is to air
Increase air force is compressed, the air after pressurization, which is transported in drying machine to be dried, removes contained humidity in air,
Delivered the air to finally by the second air accumulator 72 in the second unloader 62, the lime stone in the first unloader 61 is delivered to
In 4th mutual siphunculus 44, then lime stone is delivered to by the first slurry tank 91 by the 4th mutual siphunculus 44, in the first slurry tank 91
Lime stone is mixed and made into slurries with water, and the slurries made are delivered in the second slurries pump 12 by the 5th mutual siphunculus 45, the second slurry
Lime stone slurry is delivered in desulfuration absorbing tower 10 and participates in sweetening process by liquid pump 12.To first during lime stone is conveyed
Unloader 61, the second slurry tank 92 and the first slurries pump 11 are repaired.
Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, for this
For the technical staff in field, the utility model can have various modifications and variations.It is all in the spirit and principles of the utility model
Within, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.
Claims (9)
1. one kind combination lime stone conveying device, it is characterised in that including：
First discharge bucket (21), its arrival end are connected with limestone powder bin (1) bottom；
Second discharge bucket (22), its arrival end are connected with limestone powder bin (1) bottom；
First unloader (61), its arrival end are connected with the first discharge bucket (21) port of export, first unloader (61)
The port of export is connected with the first slurry tank (91) arrival end；
Second unloader (62), its arrival end are connected with the second discharge bucket (22) port of export, second unloader (62)
The port of export is connected with the second slurry tank (92) arrival end；
First slurries pump (11), its arrival end are connected with the first slurry tank (91) port of export, the first slurries pump (11)
The port of export is connected with desulfuration absorbing tower (10)；
Second slurries pump (12), its arrival end are connected with the second slurry tank (92) port of export, the second slurries pump (12)
The port of export is connected with desulfuration absorbing tower (10)；
First mutual siphunculus (41), the pipeline between its arrival end and first discharge bucket (21), first unloader (61)
Connection, the pipe between first mutual siphunculus (41) port of export and second discharge bucket (22), second unloader (62)
Road connects；
Second mutual siphunculus (42), the pipeline between its arrival end and second discharge bucket (22), second unloader (62)
Connection, the pipe between second mutual siphunculus (42) port of export and first discharge bucket (21), first unloader (61)
Road connects；
3rd mutual siphunculus (43), the pipeline between its arrival end and first unloader (61), first slurry tank (91)
Connection, the pipe between the 3rd mutual siphunculus (43) port of export and second unloader (62), second slurry tank (92)
Road connects；
4th mutual siphunculus (44), the pipeline between its arrival end and second unloader (62), second slurry tank (92)
Connection, the pipe between the 4th mutual siphunculus (44) port of export and first unloader (61), first slurry tank (91)
Road connects；
Pipeline between 5th mutual siphunculus (45), its arrival end and first slurry tank (91), the first slurries pump (11)
Connection, the pipe between the 5th mutual siphunculus (45) port of export and second slurry tank (92), the second slurries pump (12)
Road connects；
Pipeline between 6th mutual siphunculus (46), its arrival end and second slurry tank (92), the second slurries pump (12)
Connection, the pipe between the 6th mutual siphunculus (46) port of export and first slurry tank (91), the first slurries pump (11)
Road connects.
2. lime stone conveying device according to claim 1, it is characterised in that be provided with inside first discharge bucket (21)
First swivel bearing (31), second discharge bucket (22) is internal to be provided with the second swivel bearing (32).
3. lime stone conveying device according to claim 2, it is characterised in that first swivel bearing (31) and described
Second swivel bearing (32) surface is equipped with helical blade.
4. lime stone conveying device according to claim 1, it is characterised in that the nearly arrival end of the first mutual siphunculus (41)
Provided with the first push-pull valve (51), the nearly arrival end of the second mutual siphunculus (42) is provided with the second push-pull valve (52), the 3rd intercommunication
The nearly arrival end of pipe (43) is provided with the 3rd push-pull valve (53), and the nearly arrival end of the 4th mutual siphunculus (44) is provided with the 4th push-pull valve
(54), the nearly arrival end of the described 5th mutual siphunculus (45) is provided with the 5th push-pull valve (55), the nearly arrival end of the 6th mutual siphunculus (46)
Provided with the first push-pull valve (56).
5. lime stone conveying device according to claim 1, it is characterised in that first mutual siphunculus (41) arrival end is high
In its port of export, second mutual siphunculus (42) arrival end is higher than its port of export, and the 3rd mutual siphunculus (43) arrival end goes out higher than it
Mouth end, the 4th mutual siphunculus (44) arrival end are higher than its port of export, and the 5th mutual siphunculus (45) arrival end exports higher than it
End, the 6th mutual siphunculus (46) arrival end are higher than its port of export.
6. lime stone conveying device according to claim 1, it is characterised in that also including the first air accumulator (71), it enters
Mouth end is connected with the first air compressor machine (81), and the first air accumulator (71) port of export connects with the first unloader (61) inlet end
Connect.
7. lime stone conveying device according to claim 1, it is characterised in that also including the second air accumulator (72), it enters
Mouth end is connected with the second air compressor machine (82), and the second air accumulator (72) port of export connects with the second unloader (62) inlet end
Connect.
8. lime stone conveying device according to claim 6, it is characterised in that first air accumulator (71) and described
Drying machine is provided between one air compressor machine (81).
9. lime stone conveying device according to claim 7, it is characterised in that second air accumulator (72) and described
Drying machine is provided between two air compressor machines (82).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720779772.9U CN206935101U (en) | 2017-06-30 | 2017-06-30 | One kind combination lime stone conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720779772.9U CN206935101U (en) | 2017-06-30 | 2017-06-30 | One kind combination lime stone conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206935101U true CN206935101U (en) | 2018-01-30 |
Family
ID=61367508
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720779772.9U Expired - Fee Related CN206935101U (en) | 2017-06-30 | 2017-06-30 | One kind combination lime stone conveying device |
Country Status (1)
| Country | Link |
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| CN (1) | CN206935101U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107149870A (en) * | 2017-06-30 | 2017-09-12 | 大唐环境产业集团股份有限公司 | One kind combination lime stone handling system |
-
2017
- 2017-06-30 CN CN201720779772.9U patent/CN206935101U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107149870A (en) * | 2017-06-30 | 2017-09-12 | 大唐环境产业集团股份有限公司 | One kind combination lime stone handling system |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180130 |