CN208700895U - A kind of efficient granulating unit - Google Patents
A kind of efficient granulating unit Download PDFInfo
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- CN208700895U CN208700895U CN201821185640.4U CN201821185640U CN208700895U CN 208700895 U CN208700895 U CN 208700895U CN 201821185640 U CN201821185640 U CN 201821185640U CN 208700895 U CN208700895 U CN 208700895U
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Abstract
The utility model discloses a kind of efficient granulating units, it include: pedestal, M column, M attachment base, water quenching tank, receiver, N number of lifting lug, slag exit, slide damper, push-pull rod, Water Quenching Slag outlet, Water Quenching Slag filter plate, Water Quenching Slag baffle, steam port, water inlet, water outlet, vapour-discharge tube, water inlet pipe, outlet pipe, water pipe one, circulating water pool, water pump, P crushing roller, P drum shaft, P driving motor, P fixing seat, the M column setting is on the base, water quenching tank is connect by M attachment base with column, receiver is arranged on water quenching tank.The utility model realizes efficiently slag water quenching by setting water quenching tank, receiver, P crushing roller, P drum shaft, P driving motor, and the quality of obtained Water Quenching Slag is increased dramatically, and substantially increases production efficiency.
Description
Technical field
The utility model granulating unit particularly relates to a kind of efficient granulating unit.
Background technique
After Water Quenching Slag is a large amount of water quenchings of slag, the particulate grain slag based on vitreum can be made into.It has potential
Hydraulic gelling property, under the action of clinker, lime, gypsum equal excitation agent, so that it may this performance is shown, so being excellent
Matter cement raw material.
The production of Water Quenching Slag mainly will use granulating unit, existing granulating unit mainly to slag carry out bath or
Person puts it into progress water quenching in water and obtains vitreum, but uses this device that can not carry out water to all slags completely
It quenches, especially the biggish slag of volume, the particle size of obtained Water Quenching Slag is different, also contains biggish grain slag, it is also necessary into
The subsequent reprocessing of row, and since cooling rate is slow inside larger grain slag, so its inner molecular structure and normal granulation grain slag
Interior molecular structure is different, so that the quality of the cement of production, lime, gypsum be made to be unable to get and be effectively ensured.
Based on the above circumstances, a kind of efficient granulating unit is needed, to solve the problems, such as the above granulating unit.
Summary of the invention
The purpose of the utility model is to provide a kind of efficient granulating units, comprising:
Pedestal, M column, M attachment base, water quenching tank, receiver, N number of lifting lug, slag exit, slide damper, push-and-pull
Bar, Water Quenching Slag filter plate, Water Quenching Slag baffle, steam port, water inlet, water outlet, vapour-discharge tube, water inlet pipe, goes out Water Quenching Slag outlet
Water pipe, water pipe one, circulating water pool, water pump, P crushing roller, P drum shaft, P driving motor, P fixing seat；
On the base, water quenching tank is connect by M attachment base with column, and receiver is arranged in water for the M column setting
It quenches on tank, the top of the lateral wall of receiver is arranged in N number of lifting lug, and the bottom of receiver, slide damper is arranged in slag exit
It is connect with slag exit basal sliding, push-pull rod is arranged on water quenching tank, and push-pull rod is connect with slide damper, and Water Quenching Slag outlet is set
It sets in the bottom of water quenching tank, Water Quenching Slag filter plate is hinged on the upper end of Water Quenching Slag outlet, and Water Quenching Slag panel hinge is exported in Water Quenching Slag
Bottom, steam port is arranged in the top of water quenching pot sidewall, and the top of water quenching pot sidewall is arranged in water inlet, and water outlet setting exists
The lower end of Water Quenching Slag exit side wall, vapour-discharge tube are connect with steam port, and the both ends of water inlet pipe are separately connected water inlet and water pump,
The both ends of outlet pipe are separately connected water outlet and circulating water pool, and the both ends of water pipe one are separately connected water pump and circulating water pool, external
Water source connects circulating water pool, and P crushing roller is arranged in water quenching tank by P drum shaft, and P driving motor is solid by P
The outer wall of water quenching tank is arranged in reservation, and the output axis connection of drum shaft and driving motor, described M, N, P are all larger than 1.
It preferably, further include Q crushing block, the Q crushing block is cermet material, and crushing block setting is in broken rolling
On cylinder, the replaceable different-diameter of crushing roller, the Q is greater than 1.
It preferably, further include hinged-support, hydraulically extensible cylinder, interlocking lever, the hinged-support setting is on the outside of Water Quenching Slag outlet
On wall, hydraulically extensible cylinder both ends are respectively articulated with hinged-support and Water Quenching Slag baffle, interlocking lever both ends be respectively articulated with Water Quenching Slag filter plate and
Water Quenching Slag baffle, Water Quenching Slag filter plate, interlocking lever, Water Quenching Slag baffle, Water Quenching Slag export sequentially connected four hinges and surround in parallel
Quadrangle.
It preferably, further include external screw thread, internal screw thread, the external screw thread is arranged in push-pull rod close to slide damper one end, interior
Screw thread setting is threadedly coupled in slide damper close to push-pull rod one end, push-pull rod and slide damper.
It preferably, further include filter screen, the filter screen is arranged in water outlet.
Preferably, further include conveyer belt, conveyer belt setting on the base, conveyer belt be located at that Water Quenching Slag exports just under
Side.
The utility model is include at least the following beneficial effects:
In the present solution, the M column by setting on the base, and the water quenching being connect by M attachment base with column
The receiver on water quenching tank is arranged in tank, and N number of lifting lug on the top of receiver lateral wall is arranged in, and is arranged in slag pot bottom
Slag exit, the slide damper that connect with slag exit basal sliding is set, the push-pull rod on water quenching tank, push-pull rod are set
It is connect with slide damper, the Water Quenching Slag outlet of water quenching pot bottom is set, setting is hinged on the Water Quenching Slag of Water Quenching Slag outlet upper end
Filter plate, setting are hinged on the Water Quenching Slag baffle of Water Quenching Slag outlet bottom, the vapour-discharge tube that connect with steam port are arranged, be arranged and
The tank connected water pump of water quenching, circulating water pool, the external water source of setting connection circulating water pool, setting are mounted on by P drum shaft
P driving motor of water quenching tank wall, the output shaft of drum shaft and driving motor is arranged in P crushing roller in water quenching tank
Connection, described M, N, P are all larger than, in this way, push-pull rod pulls open slide damper, slag is discharged by the slag exit of slag pot bottom
Into water quenching tank, a large amount of steam generated during slag water quenching are discharged by vapour-discharge tube, guarantee the pressure in water quenching tank
Normally, water pump and circulating water pool constantly recycle the water in water quenching tank, so that water-quenching water remains lower temperature,
External water source supplements the water in circulating water pool, ensure that the sufficient effect of slag water quenching, crushing roller to Water Quenching Slag into
Row squeezes so that relatively large Water Quenching Slag is crushed, inside obtain cooling down rapidly and burst out, it is complete to obtain tiny and water quenching
Water Quenching Slag, so that the quality of Water Quenching Slag is effectively guaranteed, and greatly accelerates the speed of water quenching, Water Quenching Slag filter plate can be
Water quenching tank blocks Water Quenching Slag when water outlet to circulating water pool, guarantees the unobstructed of water outlet.Meanwhile in the present solution, passing through setting
The Q crushing block on crushing roller, crushing block are cermet material, the replaceable different-diameter of crushing roller, in this way, squeezing
Block can squeeze Water Quenching Slag with significantly more efficient, improve broken efficiency, and crushing block uses cermet material substantially
The durability for improving device, reduces cost of equipment maintenance, by replacing the crushing roller of different-diameter size, can produce
The Water Quenching Slag that different-grain diameter and different water quenchings require, substantially increases the applicability of device.Meanwhile in the present solution, by setting
The hinged-support on Water Quenching Slag outlet outer wall is set, and setting both ends are respectively articulated with the hydraulically extensible of hinged-support and Water Quenching Slag baffle
Cylinder, setting both ends are respectively articulated with the interlocking lever of Water Quenching Slag filter plate and Water Quenching Slag baffle, Water Quenching Slag filter plate, interlocking lever, Water Quenching Slag gear
Plate, Water Quenching Slag export sequentially connected four hinges and surround parallelogram, in this way, hydraulically extensible cylinder control Water Quenching Slag baffle
Opening and closing, and it is further driven to the opening and closing of Water Quenching Slag filter plate, the automation of device deslagging is realized, and ensure that the close of water quenching tank
Feng Xing.Meanwhile in the present solution, being slided by the way that push-pull rod is arranged in close to the external screw thread of slide damper one end, and setting
Baffle is close to the internal screw thread of push-pull rod one end, and push-pull rod and slide damper are threadedly coupled, in this way, push-pull rod can be with slide damper
It is firmly connected by screw thread, ensure that push-pull rod can effectively control the opening and closing of slide damper.Meanwhile in the present solution, logical
The filter screen being arranged in water outlet is crossed, in this way, can effectively prevent the impurity such as Water Quenching Slag enters circulating water pool, and then is prevented
Impurity is inhaled into water pump, ensure that the normal operation of equipment.Meanwhile in the present solution, by setting conveyer belt on the base,
Conveyer belt is located at the underface of Water Quenching Slag outlet, in this way, the Water Quenching Slag that water quenching tank is discharged directly can be transported to next process,
Production efficiency is greatly improved, reduces production cost.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the granulating unit of the utility model.
Fig. 2 is the sectional view of A-A.
Fig. 3 is the partial schematic diagram at B.
Fig. 4 is the partial schematic diagram at C.
Detailed description of the invention: 1- pedestal, 2- column, 3- attachment base, 4- water quenching tank, 5- receiver, 6- lifting lug, 7- slag exit,
8- slide damper, 9- push-pull rod, 10- Water Quenching Slag outlet, 11- Water Quenching Slag filter plate, 12- Water Quenching Slag baffle, 13- steam port, 14- into
The mouth of a river, 15- water outlet, 16- vapour-discharge tube, 17- water inlet pipe, 18- outlet pipe, 19- water pipe one, 20- external water source, 21- are followed
Ring pond, 22- water pump, 23- crushing roller, 24- drum shaft, 25- driving motor, 26- fixing seat, 27- crushing block, 28- are hinged
Seat, 29- hydraulically extensible cylinder, 30- interlocking lever, 31- external screw thread, 32- internal screw thread, 33- filter screen, 34- conveyer belt.
Specific embodiment
The technology contents of the utility model are further described with reference to the accompanying drawings and examples:
Fig. 1 ~ 4 show a kind of efficient granulating unit of the utility model, comprising:
Pedestal 1, M column 2, M attachment base 3, water quenching tank 4, receiver 5, N number of lifting lug 6, slag exit 7, slide damper
8, push-pull rod 9, Water Quenching Slag outlet 10, Water Quenching Slag filter plate 11, Water Quenching Slag baffle 12, steam port 13, water inlet 14, water outlet 15,
Vapour-discharge tube 16, water inlet pipe 17, outlet pipe 18, water pipe 1, circulating water pool 21, water pump 22, P crushing roller 23, P rolling
Cylinder axis 24, P driving motor 25, P fixing seat 26；
The M column 2 is arranged on pedestal 1, and water quenching tank 4 is connect by M attachment base 3 with column 2, and receiver 5 is set
It sets on water quenching tank 4, the top of the lateral wall of receiver 5 is arranged in N number of lifting lug 6, and the bottom of receiver 5 is arranged in slag exit 7
Portion, slide damper 8 are connect with 7 basal sliding of slag exit, and push-pull rod 9 is arranged on water quenching tank 4, push-pull rod 9 and slide damper 8
The bottom of water quenching tank 4 is arranged in connection, Water Quenching Slag outlet 10, and Water Quenching Slag filter plate 11 is hinged on the upper end of Water Quenching Slag outlet 10, water
Slag baffle 12 of quenching is hinged on the bottom of Water Quenching Slag outlet 10, and the top of 4 side wall of water quenching tank is arranged in steam port 13, and water inlet 14 is set
It sets on the top of 4 side wall of water quenching tank, the lower end that Water Quenching Slag exports 10 side walls, vapour-discharge tube 16 and steam is arranged in water outlet 15
Mouth 13 connects, and the both ends of water inlet pipe 17 are separately connected water inlet 14 and water pump 22, and the both ends of outlet pipe 18 are separately connected water outlet
15 and circulating water pool 21, the both ends of water pipe 1 are separately connected water pump 22 and circulating water pool 21, and external water source 20 connects recirculated water
Pond 21, P crushing roller 23 are arranged in water quenching tank 4 by P drum shaft 24, and P driving motor 25 passes through P fixing seat 26
The outer wall of water quenching tank 4 is set, and the output axis connection of drum shaft 24 and driving motor 25, described M, N, P are all larger than 1.
Using this scheme, connect by the M column 2 being arranged on pedestal 1, and by M attachment base 3 and column 2
The receiver 5 on water quenching tank 4 is arranged in the water quenching tank 4 connect, and N number of lifting lug 6 on the top of 5 lateral wall of receiver is arranged in, setting
The slide damper 8 connecting with 7 basal sliding of slag exit is arranged in slag exit 7 in 5 bottom of receiver, is arranged in water quenching tank 4
On push-pull rod 9, push-pull rod 9 connect with slide damper 8, the Water Quenching Slag outlet 10 of 4 bottom of water quenching tank is arranged in, setting is hinged on
Water Quenching Slag exports the Water Quenching Slag filter plate 11 of 10 upper ends, and setting is hinged on the Water Quenching Slag baffle 12 that Water Quenching Slag exports 10 bottoms, setting
The vapour-discharge tube 16 connecting with steam port 13, is arranged water pump 22, the circulating water pool 21 connecting with water quenching tank 4, and setting connection follows
The external water source 20 in ring pond 21, setting are mounted on the P crushing roller 23 in water quenching tank 4 by P drum shaft 24, and setting exists
The P driving motor 25 of 4 outer wall of water quenching tank, the output axis connection of drum shaft 24 and driving motor 25, described M, N, P are all larger than,
In this way, push-pull rod 9 pulls open slide damper 8, slag is discharged into water quenching tank 4 by the slag exit 7 of 5 bottom of receiver, slag
The a large amount of steam generated during water quenching are discharged by vapour-discharge tube 16, guarantee that the pressure in water quenching tank 4 is normal, 22 He of water pump
Circulating water pool 21 constantly recycles the water in water quenching tank 4, so that water-quenching water remains lower temperature, external water source
Water in 20 pairs of circulating water pools 21 supplements, and ensure that the sufficient effect of slag water quenching, and crushing roller 23 carries out Water Quenching Slag
Squeeze so that relatively large Water Quenching Slag is crushed, inside obtain cooling down rapidly and burst out, obtain the complete water of tiny and water quenching
It quenches slag, so that the quality of Water Quenching Slag is effectively guaranteed, and greatly accelerates the speed of water quenching, Water Quenching Slag filter plate 11 can be
Water quenching tank 4 blocks Water Quenching Slag when water outlet to circulating water pool 21, guarantees the unobstructed of water outlet.
It further include Q crushing block 27 in another example, the Q crushing block 27 is cermet material, crushing block
27 are arranged on crushing roller 23, and the replaceable different-diameter of the crushing roller 23, the Q is greater than 1.
Using this scheme, by the Q crushing block 27 being arranged on crushing roller 23, crushing block 27 is ceramal material
Material, the replaceable different-diameter of crushing roller 23 improve in this way, crushing block 27 can squeeze Water Quenching Slag with significantly more efficient
The durability of device greatly improved using cermet material for broken efficiency, crushing block 27, reduce plant maintenance at
This can produce the Water Quenching Slag of different-grain diameter and different water quenching requirements, greatly by replacing the crushing roller 23 of different-diameter size
The applicability of device is improved greatly.
It further include hinged-support 28, hydraulically extensible cylinder 29, interlocking lever 30 in another example, the hinged-support 28 is arranged
It is exported on 10 lateral walls in Water Quenching Slag, 29 both ends of hydraulically extensible cylinder are respectively articulated with hinged-support 28 and Water Quenching Slag baffle 12, interlocking lever
30 both ends are respectively articulated with Water Quenching Slag filter plate 11 and Water Quenching Slag baffle 12, Water Quenching Slag filter plate 11, interlocking lever 30, Water Quenching Slag baffle 12,
Water Quenching Slag exports 10 sequentially connected four hinges and surrounds parallelogram.
Using this scheme, distinguished by the hinged-support 28 being arranged on 10 outer walls of Water Quenching Slag outlet, and setting both ends
The hydraulically extensible cylinder 29 of hinged hinged-support 28 and Water Quenching Slag baffle 12, setting both ends are respectively articulated with Water Quenching Slag filter plate 11 and Water Quenching Slag
The interlocking lever 30 of baffle 12, Water Quenching Slag filter plate 11, interlocking lever 30, Water Quenching Slag baffle 12, Water Quenching Slag outlet 10 sequentially connected four
A hinge surrounds parallelogram, in this way, hydraulically extensible cylinder 29 controls the opening and closing of Water Quenching Slag baffle 12, and is further driven to water quenching
The opening and closing of slag filter plate 11, realizes the automation of device deslagging, and ensure that the leakproofness of water quenching tank 4.
It further include external screw thread 31, internal screw thread 32 in another example, the setting of external screw thread 31 is close in push-pull rod 9
8 one end of slide damper, the setting of internal screw thread 32 connect in slide damper 8 close to 9 one end of push-pull rod, push-pull rod 9 and 8 screw thread of slide damper
It connects.
Using this scheme, existed by the way that push-pull rod 9 is arranged in close to the external screw thread 31 of 8 one end of slide damper, and setting
Slide damper 8 is close to the internal screw thread 32 of 9 one end of push-pull rod, and push-pull rod 9 and slide damper 8 are threadedly coupled, in this way, push-pull rod 9 can
Firmly to connect with slide damper 8 by screw thread, it ensure that push-pull rod 9 can effectively control the opening and closing of slide damper 8.
It further include filter screen 33 in another example, the filter screen 33 is arranged in water outlet 15.
Using this scheme, by the filter screen 33 being arranged in water outlet 15, in this way, can effectively prevent Water Quenching Slag
Equal impurity enter circulating water pool 21, and then impurity is prevented to be inhaled into water pump 22, ensure that the normal operation of equipment.
It further include conveyer belt 34 in another example, the conveyer belt 34 is arranged on pedestal 1, and conveyer belt 34 is located at
The underface of Water Quenching Slag outlet 10.
Using this scheme, by the conveyer belt 34 being arranged on pedestal 1, conveyer belt 34 is being located at Water Quenching Slag outlet 10 just
Production efficiency is greatly improved in this way, next process directly can be transported to the Water Quenching Slag that water quenching tank 4 is discharged in lower section,
Reduce production cost.
It is to be appreciated that the utility model is not limited to above-mentioned particular implementation, those skilled in the art can be with
Various forms of deformations and modification are made within the scope of the claims, this has no effect on the substantive content of the utility model.
Claims (6)
1. a kind of efficient granulating unit characterized by comprising pedestal (1), M column (2), M attachment base (3), water quenching tank
(4), receiver (5), N number of lifting lug (6), slag exit (7), slide damper (8), push-pull rod (9), Water Quenching Slag export (10), water
Quench slag filter plate (11), Water Quenching Slag baffle (12), steam port (13), water inlet (14), water outlet (15), vapour-discharge tube (16),
Water inlet pipe (17), outlet pipe (18), water pipe one (19), circulating water pool (21), water pump (22), P crushing roller (23), P rolling
Cylinder axis (24), P driving motor (25), P fixing seat (26)；
The M column (2) is arranged on pedestal (1), and water quenching tank (4) is connect by M attachment base (3) with column (2), slag
Tank (5) is arranged on water quenching tank (4), and N number of lifting lug (6) is arranged on the top of the lateral wall of receiver (5), and slag exit (7) is set
The bottom in receiver (5) is set, slide damper (8) is connect with slag exit (7) basal sliding, and push-pull rod (9) is arranged in water quenching
On tank (4), push-pull rod (9) is connect with slide damper (8), and Water Quenching Slag exports (10) and is arranged in the bottom of water quenching tank (4), Water Quenching Slag
Filter plate (11) is hinged on the upper end of Water Quenching Slag outlet (10), and Water Quenching Slag baffle (12) is hinged on the bottom of Water Quenching Slag outlet (10),
Steam port (13) setting is at the top of water quenching tank (4) side wall, and water inlet (14) setting is in the top of water quenching tank (4) side wall, water outlet
Mouth (15) setting is connect in the lower end of Water Quenching Slag outlet (10) side wall, vapour-discharge tube (16) with steam port (13), water inlet pipe
(17) both ends are separately connected water inlet (14) and water pump (22), and the both ends of outlet pipe (18) are separately connected water outlet (15) and follow
Ring pond (21), the both ends of water pipe one (19) are separately connected water pump (22) and circulating water pool (21), and external water source (20) connection follows
Ring pond (21), P crushing roller (23) are arranged in water quenching tank (4) by P drum shaft (24), P driving motor (25)
Outer wall by P fixing seat (26) setting in water quenching tank (4), the output axis connection of drum shaft (24) and driving motor (25),
Described M, N, P are all larger than 1.
2. efficient granulating unit according to claim 1, which is characterized in that further include Q crushing block (27), the Q are squeezed
Briquetting (27) is cermet material, and crushing block (27) is arranged on crushing roller (23), and the crushing roller (23) is replaceable
Different-diameter, the Q are greater than 1.
3. efficient granulating unit according to claim 1, which is characterized in that further include hinged-support (28), hydraulically extensible cylinder
(29), interlocking lever (30), hinged-support (28) setting is on Water Quenching Slag outlet (10) lateral wall, hydraulically extensible cylinder (29) both ends
It is respectively articulated with hinged-support (28) and Water Quenching Slag baffle (12), interlocking lever (30) both ends are respectively articulated with Water Quenching Slag filter plate (11) and water quenching
Slag baffle (12), Water Quenching Slag filter plate (11), interlocking lever (30), Water Quenching Slag baffle (12), Water Quenching Slag outlet (10) are sequentially connected
Four hinges surround parallelogram.
4. efficient granulating unit according to claim 1, which is characterized in that further include external screw thread (31), internal screw thread (32), institute
External screw thread (31) setting is stated in push-pull rod (9) close to slide damper (8) one end, internal screw thread (32) setting is leaned in slide damper (8)
Nearly push-pull rod (9) one end, push-pull rod (9) and slide damper (8) are threadedly coupled.
5. efficient granulating unit according to claim 1, which is characterized in that further include filter screen (33), the filter screen
(33) setting is in water outlet (15).
6. efficient granulating unit according to claim 1, which is characterized in that further include conveyer belt (34), the conveyer belt
(34) it is arranged on pedestal (1), conveyer belt (34) is located at the underface of Water Quenching Slag outlet (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821185640.4U CN208700895U (en) | 2018-07-25 | 2018-07-25 | A kind of efficient granulating unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821185640.4U CN208700895U (en) | 2018-07-25 | 2018-07-25 | A kind of efficient granulating unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208700895U true CN208700895U (en) | 2019-04-05 |
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ID=65939853
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| CN201821185640.4U Active CN208700895U (en) | 2018-07-25 | 2018-07-25 | A kind of efficient granulating unit |
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| Country | Link |
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| CN (1) | CN208700895U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115925284A (en) * | 2022-12-20 | 2023-04-07 | 攀钢集团攀枝花钢铁研究院有限公司 | System and method for high-temperature water quenching of waste molten salt |
-
2018
- 2018-07-25 CN CN201821185640.4U patent/CN208700895U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115925284A (en) * | 2022-12-20 | 2023-04-07 | 攀钢集团攀枝花钢铁研究院有限公司 | System and method for high-temperature water quenching of waste molten salt |
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