CN101638174A - Plate-type outer gearing disk feeder with grinding material structure - Google Patents
Plate-type outer gearing disk feeder with grinding material structure Download PDFInfo
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- CN101638174A CN101638174A CN200910013218A CN200910013218A CN101638174A CN 101638174 A CN101638174 A CN 101638174A CN 200910013218 A CN200910013218 A CN 200910013218A CN 200910013218 A CN200910013218 A CN 200910013218A CN 101638174 A CN101638174 A CN 101638174A
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Abstract
The invention relates to a plate-type outer gearing disk feeder with a grinding material structure, which is suitable for the metallurgy and the building material industry. The disk feeder is characterized by comprising a supporting mechanism, a rotating disk assembly mechanism, a lubrication mechanism, a direct-coupled transmission mechanism and an upper sealing mechanism, and adopts the mode ofoiling gear lubrication, thereby being novel, peculiar and convenient. The disk feeder dispenses with the coupler direct-coupled transmission mechanism, thereby enhancing the rigidity of an output shaft of a speed reducer, enabling gear transmission to be stable and prolonging the service life of a gear. As the transmission adopts the non-coupler structure, the transmission efficiency is increased, and the running current of an electromotor is reduced; and as equipment runs continuously, the effect of energy conservation is outstanding. The speed reducer adopts the double-flange structure, andby rotating a threaded rod type support, the threaded rod type support and the speed reducer are integrated with a machine frame; and the threaded rod type support can much more effectively enhance the integral structural rigidity of the transmission mechanism, and reduces transmission vibration, thereby prolonging the service life of the transmission mechanism.
Description
Technical field
The present invention relates to a kind of plate-type outer gearing disk feeder with grinding material structure that can be applied to metallurgy, building material industry.
Background technology
The domestic above disk feeder of φ 1500mm that is applied to metallurgy, building material industry, number average adopts the transmission of open type bevel gear mostly, and raw material and mechanical drive all do not have seal closure, and raw material is to the gravity (axial force) of disk feeder, by the thrust baring carrying.Later stage, the domestic horizontal positioned pivoting support that occurred replaced thrust baring, disk feeder with engages and seals formula in pivoting support and the miniature gears, through on producing and in the practical application, updating, have a better effect in the metallurgy industry application, transition appears in product, but also there are some birth defects in this product: owing to adopt the inner gear engaged transmission, interior engagement big gear wheel diameter is less relatively, it is bigger that drive pinion bears circumferential force, therefore to use the large scale pivoting support, increased manufacturing cost, and the parts accuracy of manufacture that requirement connects with pivoting support requires high, good seal performance, be inconvenient to keep in repair when gear pair is sealed in to break down in the oil sump, disk feeder is the equipment on tinuous production, will influence production in case break down.Therefore, improve at the disk feeder inner sleeve in form, adopt the abrasion-proof backing block structure, increase the disk feeder manufacturing cost, but exist: service life is short, changes the abrasion-proof backing block inconvenience, increases the defective of maintenance cost.Have friction between disk feeder inner sleeve and the convey materials, cause the wearing and tearing of disk feeder inner sleeve, service life is short.The tradition disk feeder adopts and install abrasion-proof backing block additional on rotating disk, solves wear problem, but the manufacturing cost height, the annual replacing increases maintenance cost.
Summary of the invention
The present invention has overcome the defective of above-mentioned existence, purpose is the service life, convenient for maintaining, the reduction Maintenance and Repair expense that be to improve disk feeder, improves performance, and a kind of plate-type outer gearing disk feeder with grinding material structure of simple in structure, low cost of manufacture is provided.
Plate-type outer gearing disk feeder with grinding material structure content Description of the present invention:
Plate-type outer gearing disk feeder with grinding material structure of the present invention, it is characterized in that by: supporting device, rolling disc assemble mechanism, lubricating structure, associated mode transmission device and top seal mechanism form; The rolling disc assemble mechanism: card material abrasive construction plate is fixed on the rolling disc, and the top of card material abrasive construction plate is provided with inner sleeve, and is provided with the top seal cover; Card material abrasive construction plate is fenestral fabric, high 30～60mm; In inner sleeve, be provided with 2～6 layers of inner sleeve material abrasive construction plate, be multilayer dose grind materials structural slab form.
Lubricating structure: be by filling conduit, add oilgear, oil storage cover and positioning support and constitute, add oilgear and positioning support is slidingly connected, positioning support is fixed on the frame, and top is provided with the oil storage cover, filling conduit is fixed on the positioning support, is provided with fuel feed hole in positioning support.
Associated mode transmission device: be to constitute by motor, reductor, miniature gears, screw supporting, adopt the mode of motor and reductor direct connection, on the output shaft of reductor, miniature gears is set, reductor connects with rigidity of frame, be provided with the screw supporting in the bottom of reductor, make screw supporting, motor, reductor become as a whole with frame.
Top seal mechanism: include two kinds of gates:
(1), be to constitute by striker plate gate, backgauge gate control hand wheel, slideway, screw mandrel and bearing seat, screw mandrel is fixed in the bearing seat, backgauge gate control hand wheel is fixed on the bottom of bearing seat, the striker plate gate is fixed on the screw mandrel, in the both sides of striker plate gate 2 slideways are set respectively, the slideway of one side is fixed on the discharging opening, and the slideway of opposite side is fixed on the top seal cover.
(2), be to constitute by chute baffle plate, reinforced rib, discharge gate control hand wheel, leading screw with by bank angie type discharge gate, the discharge gate control hand wheel is fixed on the top seal cover, in the discharge gate control hand wheel, be provided with the rod-pulling type leading screw, the rod-pulling type leading screw with captive joint by bank angie type discharge gate, chute baffle plate, reinforced rib are captiveed joint with inner sleeve, lean against a side of chute baffle plate by bank angie type discharge gate.
Plate-type outer gearing disk feeder with grinding material structure of the present invention adopts the gear lubrication mode of refueling, and is novel, unique, convenient.No coupler associated mode transmission device strengthens the rigidity of reductor shaft, and gear transmission is steady, and gear life improves.No coupler structure is adopted in transmission, and driving efficiency improves, and the motor operation electric current reduces, because equipment turns round continuously, energy-saving effect is remarkable.Reductor adopts two flange arrangements, by the supporting of rotary screw formula, makes screw supporting, reductor and frame become integral body, and screw supports the integral structure rigidity of the more effective enhancing transmission device of energy, reduces vibrations.Strengthen transmission device service life.
Description of drawings
Fig. 1 is the plate-type outer gearing disk feeder with grinding material structure structural representation
Fig. 2 is inner sleeve and card material abrasive construction plate structure scheme drawing
Fig. 3 is the lubricating structure structural representation
Fig. 4 is an associated mode transmission device structural representation
Fig. 5 is by bank angie type discharge gate structural representation
Fig. 6 is a striker plate gate mechanism structural representation
Among the figure: the 1st, base, the 2nd, lubricating structure, the 3rd, frame, the 4th, the striker plate gate, the 5th, inner sleeve, the 6th, by bank angie type discharge gate, the 7th, the top seal cover, the 8th, inner sleeve material abrasive construction plate, the 9th, card material abrasive construction plate, the 10th, miniature gears, the 11st, electrical motor, the 12nd, the screw supporting, the 13rd, rolling disc, the 14th, material, the 15th, the chute baffle plate, the 16th, reinforced rib, the 17th, the discharge gate control hand wheel, the 18th, the rod-pulling type leading screw, the 19th, the sleeve discharging opening, the 20th, discharging opening, the 21st, backgauge gate control hand wheel, the 22nd, slideway, the 23rd, grease, the 24th, pivoting support, the 25th, filling conduit, the 26th, add oilgear, the 27th, reductor, the 28th, the oil storage cover, the 29th, positioning support, the 30th, leading screw, the 31st, bearing seat.
The specific embodiment
Plate-type outer gearing disk feeder with grinding material structure of the present invention is a kind ofly various non-sticky materials evenly can be dispensed into the desired location continuously, and the feeding device of scalable flow.Material falls into inner sleeve from the feed bin discharging opening, and rolling disc drive to rotate by transmission device, again along the parabola direction by inner sleeve directly to discharging opening and inner sleeve tangential direction striker plate blanking.Material on the card falls into predetermined equipment in succession.
Plate-type outer gearing disk feeder with grinding material structure of the present invention is realized like this, does specifying below in conjunction with accompanying drawing.
See Fig. 1, plate-type outer gearing disk feeder with grinding material structure by: supporting device, rolling disc assemble mechanism, lubricating structure, associated mode transmission device and top seal mechanism form.Supporting device: the frame 3 that is provided with by base 1 top constitutes.
See Fig. 2, the rolling disc assemble mechanism: card material abrasive construction plate 9 is fixed on the rolling disc 13, and the top of card material abrasive construction plate 9 is provided with inner sleeve 5, and is provided with top seal cover 7; Card material abrasive construction plate 9 is fenestral fabric, high 30～60mm; In inner sleeve 5, be provided with 2～6 layers of inner sleeve material abrasive construction plate 8, be multilayer dose grind materials structural slab form.
During work, material is filled in the grid of card material abrasive construction plate 9 and in the inner sleeve 5, in the process of rolling disc 13 rotations, material in card material abrasive construction plate 9 grids flows to web from dish along parabolical direction, material in inner sleeve 5 is rotational flow from the top down, form material to the friction of the friction of rolling disc 13 and material, finish the discharging process of material abrasive material state inner sleeve material abrasive construction plate 8.
See Fig. 3, lubricating structure 2: be by filling conduit 25, add oilgear 26, oil storage cover 28 and positioning support 29 and constitute, adding oilgear 26 is slidingly connected with positioning support 29, positioning support 29 is fixed on the frame 3, top is provided with oil storage cover 28, filling conduit 25 is fixed on the positioning support 29, is provided with fuel feed hole in positioning support 29.
When plate-type outer gearing disk feeder with grinding material structure moves, grease 23 enters fuel feed hole in the positioning support 29 by filling conduit 25, enter the top that adds oilgear 26 and add in the surface and oil storage cover 28 of oilgear 26, when pivoting support 24 rotates 26 rotations of drive oiling gear, constantly refuel for the gear surface in the pivoting support 24.
See Fig. 4, associated mode transmission device: be to constitute by motor 11, reductor 27, miniature gears 10, screw supporting 12, adopt the mode of motor 11 and reductor 27 direct connections, miniature gears 10 is set on the output shaft of reductor 27, reductor 27 and frame 3 rigid attachment, be provided with screw supporting 12 in the bottom of reductor 27, make screw supporting 12, motor 11, reductor 27 become a rigid unitary with frame 3.
The associated mode transmission device has increased the rigidity of reductor 27 by base 1 supporting, makes convenient disassembly.
See Fig. 5, see Fig. 6, top seal mechanism: include two kinds of gates:
The one, by: striker plate gate 4, backgauge gate control hand wheel 21, slideway 22, screw mandrel 30 and bearing seat 31 constitute, screw mandrel 30 is fixed in the bearing seat 31, backgauge gate control hand wheel 21 is fixed on the bottom of bearing seat 31, striker plate gate 4 is fixed on the screw mandrel 30, in the both sides of striker plate gate 42 slideways 22 are set respectively, the slideway 22 of one side is fixed on the discharging opening 20, and the slideway 22 of opposite side is fixed on the top seal cover 7.
The 2nd, by: chute baffle plate 15, reinforced rib 16, discharge gate control hand wheel 17, leading screw 18 and press bank angie type discharge gate 6 and constitute, discharge gate control hand wheel 17 is fixed on the top seal cover 7, in discharge gate control hand wheel 17, be provided with rod-pulling type leading screw 18, rod-pulling type leading screw 18 with captive joint by bank angie type discharge gate 6, chute baffle plate 15, reinforced rib 16 are captiveed joint with inner sleeve 5, lean against a side of chute baffle plate 15 by bank angie type discharge gate 6.
By top seal mechanism controls discharging flow, be by the shaped design of material angle of rest (repose) by the arc of bank angie type discharge gate 6, can guarantee maximum load, when closing, can also guarantee minimum load by bank angie type discharge gate 6.
The present invention adopts the gear lubrication mode of refueling: add oilgear in the engagement in rotation process, refuel this lubricating method novelty, uniqueness, convenience to pivoting support and miniature gears continuously.
Adopt the associated mode transmission device: reductor connects with rigidity of frame, adds oilgear the rigidity of reductor is strengthened, and gear transmission is steady, and gear life improves.Adopt no coupler driving efficiency to improve, the motor operation electric current reduces, because equipment turns round continuously, energy-saving effect is remarkable.
Top seal mechanism adopts and presses bank angie type discharge gate, makes gate reach the unlatching requirement, and auxiliary adjustment bed of material load is pressed the size of material angle of rest (repose) at maximum discharging position adjustments feeding coal according to demand.Utilize inner sleeve upper hopper chute baffle controls gate path of motion, easy to adjust, satisfy the different material technological requirement.
Top seal mechanism adopts the striker plate gate, by screw mandrel formula Weight-balancing type gate, utilize inner sleeve and feed bin upper hopper chute control door path of motion, striker plate is positioned at the inner sleeve tangential direction, make disk feeder running resistance minimum, can conveniently make material from the discharging of feed opening position, block the conveniently adjusted gate height of gate, take out foreign matter if any foreign matter.This mechanism structure is simple, and is easy to adjust.
Claims (4)
1, a kind of plate-type outer gearing disk feeder with grinding material structure, it is characterized in that by: supporting device, rolling disc assemble mechanism, lubricating structure, associated mode transmission device and top seal mechanism form; In the rolling disc assemble mechanism, card material abrasive construction plate (9) is fixed on the rolling disc (13), and the top of card material abrasive construction plate (9) is provided with inner sleeve (5), and is provided with top seal cover (7); Card material abrasive construction plate (9) is fenestral fabric, high 30～60mm; In inner sleeve (5), be provided with 2～6 layers of inner sleeve material abrasive construction plate (8), be multilayer dose grind materials structural slab form.
2, plate-type outer gearing disk feeder with grinding material structure according to claim 1, it is characterized in that: described lubricating structure (2): be by filling conduit (25), add oilgear (26), oil storage cover (28) and positioning support (29) formation, add oilgear (26) and positioning support (29) sliding block joint, positioning support (29) is fixed on the frame (3), top is provided with oil storage cover (28), filling conduit (25) is fixed on the positioning support (29), is provided with fuel feed hole in positioning support (29).
3, plate-type outer gearing disk feeder with grinding material structure according to claim 1, it is characterized in that: described associated mode transmission device: be by motor (11), reductor (27), miniature gears (10) and screw supporting (12) constitute, adopt the mode of motor (11) and reductor (27) direct connection, miniature gears (10) is set on the output shaft of reductor (27), reductor (27) and frame (3) rigid attachment, be provided with screw supporting (12) in the bottom of reductor (27), make screw supporting (12), motor (11), reductor (27) becomes a rigid unitary with frame (3).
4, plate-type outer gearing disk feeder with grinding material structure according to claim 1 is characterized in that: described top seal mechanism: include two kinds of gates:
The one, by: striker plate gate (4), backgauge gate control hand wheel (21), slideway (22), screw mandrel (30) and bearing seat (31) constitute, screw mandrel (30) is fixed in the bearing seat (31), backgauge gate control hand wheel (21) is fixed on the bottom of bearing seat (31), striker plate gate (4) is fixed on the screw mandrel (30), in the both sides of striker plate gate (4) 2 slideways (22) are set respectively, the slideway of one side (22) is fixed on the discharging opening (20), and the slideway of opposite side (22) is fixed on the top seal cover (7).
The 2nd, by: chute baffle plate (15), reinforced rib (16), discharge gate control hand wheel (17), leading screw (18) and press bank angie type discharge gate (6) and constitute, discharge gate control hand wheel (17) is fixed on the top seal cover (7), in discharge gate control hand wheel (17), be provided with rod-pulling type leading screw (18), rod-pulling type leading screw (18) with captive joint by bank angie type discharge gate (6), chute baffle plate (15), reinforced rib (16) are captiveed joint with inner sleeve (5), lean against a side of chute baffle plate (15) by bank angie type discharge gate (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910013218A CN101638174A (en) | 2009-08-18 | 2009-08-18 | Plate-type outer gearing disk feeder with grinding material structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910013218A CN101638174A (en) | 2009-08-18 | 2009-08-18 | Plate-type outer gearing disk feeder with grinding material structure |
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| CN101638174A true CN101638174A (en) | 2010-02-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200910013218A Pending CN101638174A (en) | 2009-08-18 | 2009-08-18 | Plate-type outer gearing disk feeder with grinding material structure |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102536680A (en) * | 2010-12-21 | 2012-07-04 | 通用电气公司 | Pre-stressed stiffening system for a wind turbine generator frame |
| CN103213814A (en) * | 2013-05-09 | 2013-07-24 | 菏泽双龙冶金机械有限公司 | Quantitative disk feeder |
| CN103787257A (en) * | 2012-10-29 | 2014-05-14 | 北京中天金谷粮油工程技术有限公司 | Multifunctional feeding pan |
| CN104477580A (en) * | 2014-12-03 | 2015-04-01 | 重庆市合川区均恒金属加工厂 | Feeding disc |
-
2009
- 2009-08-18 CN CN200910013218A patent/CN101638174A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102536680A (en) * | 2010-12-21 | 2012-07-04 | 通用电气公司 | Pre-stressed stiffening system for a wind turbine generator frame |
| CN102536680B (en) * | 2010-12-21 | 2015-11-25 | 通用电气公司 | For the prestressing strengthening system of the generator frame of wind turbine |
| CN103787257A (en) * | 2012-10-29 | 2014-05-14 | 北京中天金谷粮油工程技术有限公司 | Multifunctional feeding pan |
| CN103213814A (en) * | 2013-05-09 | 2013-07-24 | 菏泽双龙冶金机械有限公司 | Quantitative disk feeder |
| CN104477580A (en) * | 2014-12-03 | 2015-04-01 | 重庆市合川区均恒金属加工厂 | Feeding disc |
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Open date: 20100203 |