CN203602644U - Bell-less top rotary material distributing device - Google Patents
Bell-less top rotary material distributing device Download PDFInfo
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- CN203602644U CN203602644U CN201320793453.5U CN201320793453U CN203602644U CN 203602644 U CN203602644 U CN 203602644U CN 201320793453 U CN201320793453 U CN 201320793453U CN 203602644 U CN203602644 U CN 203602644U
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- 238000009434 installation Methods 0.000 claims description 2
- 238000005245 sintering Methods 0.000 abstract description 6
- 239000000571 coke Substances 0.000 abstract description 3
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- 238000000034 method Methods 0.000 description 6
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- 229910000831 Steel Inorganic materials 0.000 description 5
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- 229910052742 iron Inorganic materials 0.000 description 3
- 238000003723 Smelting Methods 0.000 description 2
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Abstract
The utility model discloses a bell-less top rotary material distributing device, belongs to shaft furnace charging apparatus and relates to the technical field of nonferrous metallurgy, sintering, coke, and lime kilns. The bell-less top rotary material distributing device mainly comprises a power-driven reduction box, a wind locking stop valve, a feeding enclosure, a movable wearproof tongue hinge, a funnel receiving tray, a rotary chute material distributor and an engine base, wherein the power-driven reduction box drives the funnel receiving tray and the chute material distributor to rotate, the wind locking stop valve is arranged at the feed port of the feeding enclosure, so that the purposes of high temperature resistance, wear resistance, smooth feeding and uniform material distributing and wind locking are achieved. The bell-less top rotary material distributing device has a reasonable structure, is high temperature resistant, can feed material smoothly and distribute material uniformly, has good sealing performance, few fault, and good wear resistance; when the device needs maintenance, the rotary chute material distributor can be directly hoisted out; the bell-less top rotary material distributing device is a necessary primary charging apparatus for the furnace mouth in the shaft furnace cooling device, and can be widely used as primary charging apparatuses for rotary material distributing and fixed point material distributing in sintering, nonferrous metallurgy and coke shaft furnace cooling.
Description
[technical field]
It is loading device in nonferrous smelting, sintering, coke technical field shaft furnace charging system that the utility model patent belongs to loading installation of shaft furnace, be specifically related to a kind of high-temperature material uniform distribution, reduce the feeder of inleakage, be the requisite visual plant of high furnace cooling apparatus efficient power generation system.
[background technology]
Iron And Steel Industry is AND ENERGY RESOURCES CONSUMPTION IN CHINA rich and influential family, account for 15% of national total energy consumption, in steel manufacture process, the energy consumption of sintering circuit occupies second, in SINTERING PRODUCTION, heat sinter sensible heat accounts for the more than 40% of overall heat consumption, and it is to improve iron and steel, nonferrous smelting industrial energy saving to reduce discharging effective way that high efficiente callback utilizes agglomerate waste heat, non-ferrous metal metallurgy waste heat.The preparation of agglomerate and process for cooling are the requisite important process of steel mill, in view of at present both at home and abroad in metallurgy sintered industry traditional technology be adopt central cooler as cooling, waste heat recovery is leaked out that a little many, inleakage is large, waste heat grade is low and is reclaimed not exclusively, waste heat recovery efficiency does not reach 30%, operation power consumption is high, failure rate is high, maintenance is frequent and difficulty is large, restricted sinter machine waste heat high efficiente callback utilization, and it is the effective way that improves Iron And Steel Industry efficiency that high efficiente callback utilizes sintering mine sensible heat.
Original application is installed charging casing top without the constitutional features of bell rotary distributing device (application number is 201310249951.8) by the two fulcrum transmission rigs of electronic water-cooled, channel distributor is lifted on the below of the two fulcrum transmission rigs of electronic water-cooled, maintenance must integral disassembly, assembly when channel distributor after maintenance or change again, therefore more time-consuming, the channel distributor of maintenance is arranged on the defects such as charging casing internal stability is poor.
The purpose of this utility model is that integral demounting is not provided while providing another kind to have multiple functional, maintenance swivel chute distributor easily-consumed products for the defect that exists for above-mentioned prior art, directly can hang out swivel chute distributor repairs or replaces, adopt water-cooling pattern to connect dish to support, charging casing, rotatable hopper simultaneously and carry out water-cooled, improve its use temperature, increase physical strength and work reliability, reduced making and use cost, be easy to apply without bell rotary distributing device.
[utility model content]
The purpose of this utility model is exactly the charging that will solve shaft furnace, lock wind, cloth, and a kind of equipment components flexible operation improving, high temperature resistant, wear-resisting, rotation cloth, long service life, safeguard easy accessibility without bell furnace roof rotary distributing device.
For achieving the above object, the utility model designed without bell furnace roof rotary distributing device, it comprises electric reducer, charging casing, swivel chute distributor, lock wind trip valve, transmission system, cooling system, leak-tight system composition, described charging casing is fixed on support, support connects dish by external tooth crossed cylindrical roller turntable bearing and rotatable hopper and links together, described swivel chute distributor is arranged on rotatable hopper and connects in dish, described charging casing comprises feed spout, casing joint flange, casing inner ring, casing outer ring composition casing water tank, described casing joint flange is provided with casing aqueduct, step-down gear mounting plate and sealing short tube, described casing outer ring is provided with water inlet pipe, described feed spout lower position and casing inner ring are provided with tongue page back up pad, described tongue page back up pad is provided with tongue page fixture block, described tongue page back up pad is provided with movable wear-resisting tongue page, described feed spout is provided with charging abrasion-proof backing block, described charging casing is provided with cover plate, described electric reducer is arranged on step-down gear mounting plate, described charging casing is fixedly mounted on the support flange of support top by casing joint flange, described support comprises the large flange of support, support inner ring, support centre circle composition support water tank, described support centre circle is provided with rising pipe, described support flange links together by frame support and the large flange of support, the large flange of described support links together by support centre circle and casing bearing terminal pad, the large flange of described support links together by support inner ring and support sealing socket, and described external tooth crossed cylindrical roller turntable bearing is fixed on support by casing bearing terminal pad, described support is fixedly mounted on shaft furnace furnace roof by the large flange of support, and its medullary ray overlaps with shaft furnace medullary ray, described rotatable hopper connects that dish comprises rotating disk mounting flange, connects dish outer ring, connects dish inner ring, connects plate in dish centre circle, water tank, meets Pan Xiaquan, boxboard and connect dish infundibular body composition and connect dish water tank under water, described rotating disk mounting flange links together by connecing dish outer ring and connecing dish outer gland sealing seat, described rotating disk mounting flange links together with connecing sealing socket in dish by connecing dish inner ring, and described rotating disk mounting flange is fixedly installed togather by bolt and external tooth crossed cylindrical roller turntable bearing, described swivel chute distributor is made up of rotatable hopper storehouse, surge bunker and chute, connects under rotatable hopper storehouse and connect chute on described surge bunker, simultaneously forms a with chute and tilts to slip angle, described charging casing, rotatable hopper connects dish, support, swivel chute distributor medullary ray and coincides together, described lock wind trip valve is arranged on feed spout, described lock wind trip valve by cutting off valve body, cut off valve plate, lifting rope and form, in described cut-out valve body, be provided with lock air door and play lock wind object, described cut-out valve plate is closed and cutting action by lifting rope, described transmission system is arranged on step-down gear mounting plate by electric reducer, drive and be arranged on rotatable hopper and connect the rotation of external tooth crossed cylindrical roller turntable bearing on dish by transmitting gear, be arranged on rotatable hopper connect swivel chute distributor in dish and then together rotation reach rotation cloth object, described cooling system is entered in casing water tank by water inlet pipe by water coolant,, is arrived in support water tank, by rising pipe water outlet by connecing the diversion of dish aqueduct to connecing dish water tank by the diversion of casing aqueduct, described leak-tight system is installed wear ring on dish outer gland sealing seat and is contacted with sealing short tube by connecing, and connects in dish, on sealing socket, inner seal ring to be installed and contact with casing inner ring, installs in lower sealing ring and enclose and to contact composition with connecing under coiling on support sealing socket.
In technique scheme, the dish infundibular body that connects that described rotatable hopper connects dish is provided with fixture block, connect dish infundibular body, connect between dish inner ring and rotating disk mounting flange and be provided with thrust-augmenting nozzle, be provided with and connect dish aqueduct in water tank on plate, the described dish infundibular body that connects is provided with and connects dish wearing plate.
In technique scheme, rotatable hopper storehouse on described swivel chute distributor is provided with screens hole and to connect the fixture block position of dish on infundibular body corresponding, be provided with suspension ring circle in rotatable hopper storehouse and surge bunker junction and play hanging hook position as lifting swivel chute distributor, in described rotatable hopper storehouse, be provided with swivel chute funnel liner plate, in described surge bunker, be provided with backing, in described chute, be provided with chute lining board, described surge bunker and chute form (20-70 °) a and tilt to slip angle.
In technique scheme, the wear-resisting tongue page of described activity is arranged on rotatable hopper and connects in the feed spout of dish top, the wear-resisting tongue page of described activity is by tongue slot body, front lifting hole(eyelet), rear lifting hole(eyelet) and tongue page draw-in groove composition, lifting hole(eyelet) and rear lifting hole(eyelet) before the both sides of tongue slot body are provided with, tongue page draw-in groove below tongue slot body, front lifting hole(eyelet) and rear lifting hole(eyelet) are as handling lifting effect, tongue page draw-in groove is stuck on corresponding tongue page fixture block, as fixing movable wear-resisting tongue page in feed spout, material is connect in dish to rotatable hopper by the charging abrasion-proof backing block on feed spout and movable wear-resisting tongue page.
In a word, the utility model is rational in infrastructure, can guarantee that high-temperature material charging is unimpeded, cloth is even, good seal performance, simple in structure, fault is few, easy to maintenance, when maintenance swivel chute distributor easily-consumed products, do not need integral demounting, directly can hang out swivel chute distributor repairs or replaces, adopt water-cooling pattern to connect dish to support, charging casing, rotatable hopper simultaneously and carry out water-cooled, improve its use temperature, increase physical strength and work reliability, reduce making and use cost, be easy to apply.
[accompanying drawing explanation]
Fig. 1 is the main sectional view of the utility model without bell furnace roof rotary distributing device;
Fig. 2 is the charger shell structure sectional view in Fig. 1 shown device;
Fig. 3 is the stand structure sectional view in Fig. 1 shown device;
Fig. 4 is that the rotatable hopper in Fig. 1 shown device connects dish structure sectional view;
Fig. 5 is the swivel chute distributor structure sectional view in Fig. 1 shown device;
Fig. 6 is the lock wind trip valve structure sectional view in Fig. 1 shown device;
Fig. 7 is the wear-resisting tongue page structure of the activity in Fig. 1 shown device top view;
Fig. 8 is the A-A sectional view of Fig. 7;
Fig. 9 is that original applying number is (201310249951.8) main sectional view without bell rotary distributing device, in figure, 1-charging casing, 2-electric reducer, 3-rotatable hopper connects dish, 4-external tooth crossed cylindrical roller turntable bearing, 5-transmitting gear, 6-support, 7-swivel chute distributor, 8-cover plate, 9-lock wind trip valve, 10-upper sealing ring, 11-inner seal ring, 12-bolt, 13 lower sealing rings, the movable wear-resisting tongue page of 14-, 15-feed spout, 16-charging abrasion-proof backing block, 17-casing water tank, 18-casing aqueduct, 19-casing joint flange, 20-tongue page back up pad, 21-tongue page fixture block, 22-casing inner ring, 23-casing outer ring, 24-water inlet pipe, 25-step-down gear mounting plate, 26-seals short tube, 27-support flange, 28-casing bearing terminal pad, 29-rising pipe, the large flange of 30-support, 31-support sealing socket, 32-support inner ring, 33-support centre circle, 34-frame support, 35-support water tank, 36-connects dish outer gland sealing seat, 37-connects sealing socket in dish, 38-connects dish inner ring, 39-connects dish water tank, 40-connects dish outer ring, 41-rotating disk mounting flange, 42-connects dish centre circle, plate in 43-water tank, 44-meets Pan Xiaquan, 45-connects dish infundibular body, 46-is boxboard under water, 47-fixture block, 48-connects dish wearing plate, 49-connects dish aqueduct, 50-thrust-augmenting nozzle, 51-rotatable hopper storehouse, 52-swivel chute funnel liner plate, 53-surge bunker, 54-backing, 55-chute, 56-chute lining board, 57-screens hole, 58-suspension ring circle, 59-lifting rope, 60-cuts off valve plate, 61-locks air door, 62-cuts off valve body, lifting hole(eyelet) before 63-, 64-tongue slot body, lifting hole(eyelet) after 65-, 66-tongue page draw-in groove
[embodiment]
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
As shown in Figure 1, the utility model is without bell furnace roof rotary distributing device, and it comprises electric reducer 2, charging casing 1, swivel chute distributor 7, lock wind trip valve 9, transmission system, cooling system, leak-tight system composition; Described charging casing 1, rotatable hopper connects dish 3, support 6, swivel chute distributor 7 four medullary rays coincide together; Be fixedly mounted on shaft furnace furnace roof by the large flange 30 of the support on support 6.
As depicted in figs. 1 and 2, described charging casing 1 is fixed on support 6, support 6 connects dish 3 by external tooth crossed cylindrical roller turntable bearing 4 and rotatable hopper and links together, described swivel chute distributor 7 is arranged on rotatable hopper and connects in dish 3, described charging casing 1 comprises feed spout 15, casing joint flange 19, casing inner ring 22, casing outer ring 23 forms casing water tank 17, described casing joint flange 19 is provided with casing aqueduct 18, step-down gear mounting plate 25 and sealing short tube 26, described casing outer ring 23 is provided with water inlet pipe 24, described feed spout 15 lower positions and casing inner ring 22 are provided with tongue page back up pad 20, described tongue page back up pad 20 is provided with tongue page fixture block 21, described tongue page back up pad 20 is provided with movable wear-resisting tongue page 14, described feed spout 15 is provided with charging abrasion-proof backing block 16, described charging casing 1 is provided with cover plate 8, described electric reducer 2 is arranged on step-down gear mounting plate 25, described charging casing 1 is fixedly mounted on support 6 top support flanges 27 by casing joint flange 19.
As shown in figures 1 and 3, described support 6 comprises the large flange 30 of support, support inner ring 32, support centre circle 33 forms support water tank 35, described support centre circle 33 is provided with rising pipe 29, described support flange 27 links together by frame support 34 and the large flange 30 of support, the large flange 30 of described support links together by support centre circle 33 and casing bearing terminal pad 28, the large flange 30 of described support links together by support inner ring 32 and support sealing socket 31, described external tooth crossed cylindrical roller turntable bearing 4 is fixed on support 6 by casing bearing terminal pad 28, described support 6 is fixedly mounted on shaft furnace furnace roof by the large flange 30 of support, and its medullary ray overlaps with shaft furnace medullary ray.
As shown in Figure 1 and Figure 4, described rotatable hopper connects dish 3 and comprises rotating disk mounting flange 41, connect dish outer ring 40, connect dish inner ring 38, connect dish centre circle 42, plate 43 in water tank, connect the lower circle 44 of dish, boxboard 46 and connect dish infundibular body 45 compositions and connect dish water tank 39 under water, the described dish infundibular body 45 that connects is provided with fixture block 47, connect dish infundibular body 45, connect between dish inner ring 38 and rotating disk mounting flange 41 and be provided with thrust-augmenting nozzle 50, in water tank, on plate 43, be provided with and connect dish aqueduct 49, the described dish infundibular body 45 that connects is provided with and connects dish wearing plate 48, described rotating disk mounting flange 41 links together by connecing dish outer ring 40 and connecing dish outer gland sealing seat 36, described rotating disk mounting flange 41 links together by connecing dish inner ring 38 and connecing sealing socket 37 in dish, described rotating disk mounting flange 41 is fixedly installed togather by bolt 12 and external tooth crossed cylindrical roller turntable bearing 4.
As shown in Figure 1, Figure 4 and Figure 5, described swivel chute distributor 7 is made up of rotatable hopper storehouse 51, surge bunker 53 and chute 55, connects 51 times, rotatable hopper storehouse connection chute 55 on described surge bunker 53, simultaneously forms a with chute 55 and tilts to slip angle; Rotatable hopper storehouse 51 on described swivel chute distributor 7 is provided with screens hole 57 and to connect fixture block 47 positions of dish on infundibular body 45 corresponding, be provided with suspension ring circle 58 as lifting 7 hanging hook positions of swivel chute distributor in rotatable hopper storehouse 51 and surge bunker 53 junctions, in described rotatable hopper storehouse 51, be provided with swivel chute funnel liner plate 52, in described surge bunker 53, be provided with backing 54, in described chute 55, be provided with chute lining board 56, described surge bunker 53 and chute 55 form (20-70 °) a and tilt to slip angle.
As shown in Fig. 1, Fig. 6, described lock wind trip valve 9 is arranged on feed spout 15, described lock wind trip valve 9 is made up of cut-out valve body 62, cut-out valve plate 60, lifting rope 59, in described cut-out valve body 62, be provided with lock air door 61 and play lock wind object, described cut-out valve plate 60 is closed and cutting action by lifting rope 59.
As Fig. 1, shown in Fig. 7 and Fig. 8, the wear-resisting tongue page 14 of described activity is arranged on rotatable hopper and connects in dish 3 top feed spouts 15, the wear-resisting tongue page 14 of described activity is by tongue slot body 64, front lifting hole(eyelet) 63, rear lifting hole(eyelet) 65 and tongue page draw-in groove 66 form, lifting hole(eyelet) 63 and rear lifting hole(eyelet) 65 before the both sides of tongue slot body 64 are provided with, tongue page draw-in groove 66 below tongue slot body 64, front lifting hole(eyelet) 63 and rear lifting hole(eyelet) 65 are as handling lifting effect, tongue page draw-in groove 66 is stuck on corresponding tongue page fixture block 21, as fixing movable wear-resisting tongue page 14 in feed spout 15, material is connect in dish 3 to rotatable hopper by the charging abrasion-proof backing block 16 on feed spout 15 and movable wear-resisting tongue page 14.
As shown in Figure 1, described transmission system is arranged on step-down gear mounting plate 25 by electric reducer 2,
Drive and be arranged on the external tooth crossed cylindrical roller turntable bearing 4 that rotatable hopper connects on dish 3 and rotate by transmitting gear 5, be arranged on rotatable hopper connect swivel chute distributor 7 in dish 3 and then together rotation reach rotation cloth object.
As shown in Figure 2, Figure 3 and Figure 4, described cooling system is entered in casing water tank 17 by water inlet pipe 24 by water coolant,, is arrived in support water tank 35, by rising pipe 29 water outlets by connecing 49 diversions of dish aqueduct to connecing dish water tank 39 by 18 diversions of casing aqueduct; Described leak-tight system is installed wear ring 10 and is sealed short tube 26 and contact by connecing on dish outer gland sealing seat 36, connect and in dish, inner seal ring 11 be installed on sealing socket 37 and contacted with casing inner ring 22, on support sealing socket 31, install in lower sealing ring 13 with connect dish under enclose 44 and contact composition.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, described gas-tight sealing system of rotaty by upper sealing ring 10 be arranged on connect on dish outer gland sealing seat 36 in seal short tube 26 and contact, inner seal ring 11 contacts with casing inner ring 22 in being arranged on and connecing in dish on sealing socket 37, lower sealing ring 13 be arranged on support sealing socket 31 in connect that dish is lower to be enclosed 44 and contact and form tightness system.
Comprehensive foregoing analysis, in the utility model, need the relevant device of often maintenance to go wrong or needs when more exchange device easily consumes component, only need to close locking wind trip valve, after dismounting cover plate, can hang out movable wear-resisting tongue page, adopt subsequently double hook directly to hang out swivel chute distributor and safeguard or change, saved maintenance or replacing time, greatly reduce use cost.
Claims (4)
1. without bell furnace roof rotary distributing device, it comprises electric reducer (2), charging casing (1), swivel chute distributor (7), lock wind trip valve (9), transmission system, cooling system, leak-tight system composition, it is characterized in that: described charging casing (1) is fixed on support (6), support (6) connects dish (3) by external tooth crossed cylindrical roller turntable bearing (4) and rotatable hopper and links together, described swivel chute distributor (7) is arranged on rotatable hopper and connects in dish (3), described charging casing (1) comprises feed spout (15), casing joint flange (19), casing inner ring (22), casing outer ring (23) composition casing water tank (17), described casing joint flange (19) is provided with casing aqueduct (18), step-down gear mounting plate (25) and sealing short tube (26), described casing outer ring (23) is provided with water inlet pipe (24), described feed spout (15) lower position and casing inner ring (22) are provided with tongue page back up pad (20), described tongue page back up pad (20) is provided with tongue page fixture block (21), described tongue page back up pad (20) is provided with movable wear-resisting tongue page (14), described feed spout (15) is provided with charging abrasion-proof backing block (16), described charging casing (1) is provided with cover plate (8), described electric reducer (2) is arranged on step-down gear mounting plate (25), described charging casing (1) is fixedly mounted on support (6) top support flange (27) by casing joint flange (19), described support (6) comprises the large flange of support (30), support inner ring (32), support centre circle (33) composition support water tank (35), described support centre circle (33) is provided with rising pipe (29), described support flange (27) links together by frame support (34) and the large flange of support (30), the large flange of described support (30) links together by support centre circle (33) and casing bearing terminal pad (28), the large flange of described support (30) links together by support inner ring (32) and support sealing socket (31), described external tooth crossed cylindrical roller turntable bearing (4) is fixed on support (6) by casing bearing terminal pad (28), described support (6) is fixedly mounted on shaft furnace furnace roof by the large flange of support (30), and its medullary ray overlaps with shaft furnace medullary ray, described rotatable hopper connects dish (3) and comprises rotating disk mounting flange (41), connect dish outer ring (40), connect dish inner ring (38), connect dish centre circle (42), plate in water tank (43), meet Pan Xiaquan (44), under water boxboard (46) and connect dish infundibular body (45) composition connect dish water tank (39), described rotating disk mounting flange (41) links together by connecing dish outer ring (40) and connecing dish outer gland sealing seat (36), described rotating disk mounting flange (41) links together by connecing dish inner ring (38) and connecing sealing socket (37) in dish, described rotating disk mounting flange (41) is fixedly installed togather by bolt (12) and external tooth crossed cylindrical roller turntable bearing (4), described swivel chute distributor (7) is made up of rotatable hopper storehouse (51), surge bunker (53) and chute (55), the upper lower connection chute (55) in rotatable hopper storehouse (51) that connects of described surge bunker (53), forms a with chute (55) simultaneously and tilts to slip angle, described charging casing (1), rotatable hopper connects dish (3), support (6), swivel chute distributor (7) four medullary rays and coincides together, described lock wind trip valve (9) is arranged on feed spout (15), described lock wind trip valve (9) is made up of cut-out valve body (62), cut-out valve plate (60), lifting rope (59), in described cut-out valve body (62), be provided with lock air door (61) and play lock wind object, described cut-out valve plate (60) is closed and cutting action by lifting rope (59), described transmission system is arranged on step-down gear mounting plate (25) by electric reducer (2), drive and be arranged on rotatable hopper and connect the rotation of external tooth crossed cylindrical roller turntable bearing (4) on dish (3) by transmitting gear (5), be arranged on rotatable hopper and connect swivel chute distributor (7) in dish (3) and and then rotate together to reach and rotate cloth object, described cooling system is entered in casing water tank (17) by water inlet pipe (24) by water coolant, coil water tank (39) by casing aqueduct (18) diversion to connecing, by connecing the diversion of dish aqueduct (49) in support water tank (35), by rising pipe (29) water outlet, described leak-tight system contacts with sealing short tube (26) by connecing the upper wear ring (10) of installing of dish outer gland sealing seat (36), connect the upper inner seal ring (11) of installing of sealing socket (37) in dish and contact with casing inner ring (22), support sealing socket (31) upper installation lower sealing ring (13) interior with meet Pan Xiaquan (44) and contact composition.
2. according to claim 1 without bell furnace roof rotary distributing device, it is characterized in that: the dish infundibular body (45) that connects that described rotatable hopper connects dish (3) is provided with fixture block (47), connect dish infundibular body (45), connect dish inner ring (38) and rotating disk mounting flange (41) between be provided with thrust-augmenting nozzle (50), on plate in water tank (43), be provided with and connect dish aqueduct (49), the described dish infundibular body (45) that connects is provided with and connects dish wearing plate (48).
3. according to claim 1 without bell furnace roof rotary distributing device, it is characterized in that: the rotatable hopper storehouse (51) on described swivel chute distributor (7) is provided with screens hole (57) and to connect fixture block (47) position on dish infundibular body (45) corresponding, be provided with suspension ring circle (58) as lifting swivel chute distributor (7) hanging hook position in rotatable hopper storehouse (51) and surge bunker (53) junction, in described rotatable hopper storehouse (51), be provided with swivel chute funnel liner plate (52), in described surge bunker (53), be provided with backing (54), in described chute (55), be provided with chute lining board (56), described surge bunker (53) and chute (55) form (20-70 °) a and tilt to slip angle.
4. according to claim 1 without bell furnace roof rotary distributing device, it is characterized in that: the wear-resisting tongue page of described activity (14) is arranged on rotatable hopper and connects in dish (3) top feed spout (15), the wear-resisting tongue page of described activity (14) is by tongue slot body (64), front lifting hole(eyelet) (63), rear lifting hole(eyelet) (65) and tongue page draw-in groove (66) composition, be provided with front lifting hole(eyelet) (63) and rear lifting hole(eyelet) (65) in the both sides of tongue slot body (64), at the below of tongue slot body (64) tongue page draw-in groove (66), front lifting hole(eyelet) (63) and rear lifting hole(eyelet) (65) are as handling lifting effect, tongue page draw-in groove (66) is stuck on corresponding tongue page fixture block (21), as fixing movable wear-resisting tongue page (14) in feed spout (15), charging abrasion-proof backing block (16) and movable wear-resisting tongue page (14) that material is passed through on feed spout (15) connect in dish (3) to rotatable hopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320793453.5U CN203602644U (en) | 2013-12-01 | 2013-12-01 | Bell-less top rotary material distributing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320793453.5U CN203602644U (en) | 2013-12-01 | 2013-12-01 | Bell-less top rotary material distributing device |
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| Publication Number | Publication Date |
|---|---|
| CN203602644U true CN203602644U (en) | 2014-05-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320793453.5U Active CN203602644U (en) | 2013-12-01 | 2013-12-01 | Bell-less top rotary material distributing device |
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| CN (1) | CN203602644U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103667561A (en) * | 2013-12-01 | 2014-03-26 | 瑞安市阀门一厂 | Material bell less furnace top rotating distributing device |
| CN105110030A (en) * | 2015-09-21 | 2015-12-02 | 南通奥普机械工程有限公司 | Cantilever type stacker discharge hopper |
| CN105671231A (en) * | 2016-02-04 | 2016-06-15 | 中冶南方工程技术有限公司 | Sealing system of material distributor adopting crossed wheels |
| CN106382823A (en) * | 2016-08-30 | 2017-02-08 | 中信重工机械股份有限公司 | Coupling energy saving device for multiple products of sintering procedure |
-
2013
- 2013-12-01 CN CN201320793453.5U patent/CN203602644U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103667561A (en) * | 2013-12-01 | 2014-03-26 | 瑞安市阀门一厂 | Material bell less furnace top rotating distributing device |
| CN103667561B (en) * | 2013-12-01 | 2018-08-10 | 瑞安市阀门一厂 | Bell-less BF tep rotary distributing device |
| CN105110030A (en) * | 2015-09-21 | 2015-12-02 | 南通奥普机械工程有限公司 | Cantilever type stacker discharge hopper |
| CN105671231A (en) * | 2016-02-04 | 2016-06-15 | 中冶南方工程技术有限公司 | Sealing system of material distributor adopting crossed wheels |
| CN106382823A (en) * | 2016-08-30 | 2017-02-08 | 中信重工机械股份有限公司 | Coupling energy saving device for multiple products of sintering procedure |
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