CN202962874U - High-efficiency dynamic sorting device with automatically-adjustable baffle - Google Patents
High-efficiency dynamic sorting device with automatically-adjustable baffle Download PDFInfo
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- CN202962874U CN202962874U CN 201220654838 CN201220654838U CN202962874U CN 202962874 U CN202962874 U CN 202962874U CN 201220654838 CN201220654838 CN 201220654838 CN 201220654838 U CN201220654838 U CN 201220654838U CN 202962874 U CN202962874 U CN 202962874U
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Abstract
The utility model relates to a high-efficiency dynamic sorting device with automatically-adjustable baffles. The high-efficiency dynamic sorting device comprises a sorting device inlet pipe, an inner conical body and an outer conical shell. A plurality of primary baffles and a circle of secondary baffles which are arranged above the primary baffles are installed at the middle part of the inner conical body along the inner circumference of an outer conical shell. The primary baffles and the secondary baffles are fixedly arranged on baffle shafts through single ends. Adjusting rods are installed at the external parts of the baffle shafts which penetrate out of the outer conical shell. A plurality of explosion doors are arranged at the upper part of the outer conical shell. A variable-frequency motor is installed outside the top plate of the outer conical shell. The top plate is provided with an opening and is connected with an outlet main pipe. The opening of the primary baffles and the secondary baffles is respectively controlled and adjusted through respective automatic adjusting mechanisms. Each automatic adjusting mechanism comprises a motor with a brake and guide sheaves. A dial is fixedly arranged on each baffle shaft outside the outer conical shell and is fixedly connected with an adjusting rod which is fixedly arranged on the same baffle shaft. The output end of the motor with the brake is fixedly connected with a steel wire rope. The steel wire rope is sequentially wound through the guide sheaves on one side of the dials, goes from the outer edges of the dials to fixing points between the steel wire rope and the baffle shafts, continuously goes from the outer edges of the dials to the guide sheaves among the dials, then is respectively and serially connected with the primary baffles or the secondary baffles on the entire circumference, and finally returns back to a starting point to form a steel wire rope adjusting ring.
Description
Technical field
The present invention relates to coal dust Dual-Phrase Distribution of Gas olid body sorting, milling device, is that a kind of baffle plate is regulated the high-efficiency dynamic sorting unit automatically specifically.
Background technology
In recent years, due to the coal market price change, the heat power plant boiler burning coal not only differs greatly than designing coal quality, and ature of coal changes frequent, little when large when causing same load boiler fired coal amount, and then causing the pulverized coal preparation system wretched insufficiency of exerting oneself, the fineness of pulverized coal chap has a strong impact on generating plant pulverized coal boiler Operation safety and economy.Exert oneself in order to improve pulverized coal preparation system, reduce the low speed coal mill unit power consumption of coal pulverizing, various coal dust sorting technologies arise at the historic moment.In various coal dust sorting technology, series double-axial separator for meal is little because of its resistance, and the efficiency of separation is high, has obtained in actual applications wideling popularize.But it also exists the problems such as serious wear, the easy accumulated powder of baffle plate.Constantly perfect along with the Dynamic Separation technology, the fineness of pulverized coal adjustable extent is large, pulverized coal fineness index advantages of higher because it has for dynamic separator, be widely used in medium-speed pulverizer, meanwhile, the Dynamic Separation technology also begins to be applied to the low speed coal mill the ball type pulverizer system.But dynamic separator also exists when grinding the ature of coal variation, and fineness of pulverized coal is thinner, and circulating ratio is increased, and separative efficiency reduces, the problems such as resistance increase, thus limited the development of Dynamic Separation technology.
Summary of the invention
Technical problem to be solved by this invention is in order to solve the problem of above-mentioned proposition, to provide a kind of baffle plate automatically to regulate the high-efficiency dynamic sorting unit.Change in order to adapt to station boiler load and burning coal, improve pulverized coal preparation system and exert oneself, facilitate the fineness of pulverized coal adjustment, the present invention on the basis of sorting technology, in conjunction with dynamic sorting technology, proposes a kind of brand-new coal dust sorting technology at the series connection twin shaft.This sorting technology has adopted the multipass sort technology such as centrifugal classification, gravity separation, and to coal dust, return powder and carry out multipass sort, mill in grades is with the ratio that reduces back qualified coal dust in powder and circulating ratio, the raising efficiency of separation; Simultaneously, adopt deflector technology, axial flow aeration technology, the design of outlet spiral rotating, to reduce the sorting unit resistance, improve thereby reach the purpose that unit power consumption of coal pulverizing was exerted oneself, reduced to pulverized coal preparation system.
Described baffle plate is regulated the high-efficiency dynamic sorting unit automatically, comprises that sorting unit inlet tube, inner cone, bottom are provided with back the outer conical shell of powder outlet; A week a plurality of one-level baffle plates is housed at inner cone middle part height along described outer conical shell is inner, along outer conical shell inside, one all secondary baffle plates are housed on described one-level baffle plate, described one-level baffle plate and secondary baffle plate be single-ended being fixed on damper shaft all, and adjusting rod is equipped with in the outside that damper shaft passes outer conical shell; A plurality of explosion proof doors are established on the top of outer conical shell, the exterior variable-frequency motor of the top board of outer conical shell, described top board opening and connection outlet house steward, it is characterized in that: described one-level baffle plate and secondary baffle plate are controlled to adjust respectively the aperture of baffle plate by automatic adjusting mechanism separately, described automatic adjusting mechanism comprises strap brake motor, leading block, dial vertical with damper shaft of each damper shaft conical shell external stability outside, described dial is fixed with the adjusting rod that is fixed in same damper shaft; Output shaft and the steel wire rope of described strap brake motor are fixed, described steel wire rope walk around successively dial one side leading block, the fixing point along the dial outer rim to steel wire rope and described damper shaft, continue to arrive leading block between adjacent dial along the dial outer rim, connect respectively one-level baffle plate or the secondary baffle plate of complete cycle, get back at last the fixing output shaft of strap brake motor and steel wire rope, form all steel wire rope adjusting rings of sealing.
The strap brake motor of described one-level baffle plate or secondary baffle plate is installed on the top of one-level baffle plate or secondary baffle plate, described strap brake motor with steel wire rope move towards in the both sides of described motor output shaft level, change into capwise through after pulley, and walk around the leading block of two adjacent dial sides, connect successively each dial and adjusting rod.
On the capwise steel wire rope of strap brake motor both sides, respectively be fixed with a balance weight of regulating the automatic adjusting mechanism degree of balance at described steel wire rope.
Be installed with the internal bearing sleeve stationary pipes outside described sorting unit inlet tube, one circle is installed outside for the gear of milling of milling to returning powder in the toroidal cavity between conical shell and described internal bearing sleeve stationary pipes, the described gear of milling is the little cone structure of outer imperial palace, the inner gear shaft with the outer end of the gear of milling is loaded on internal bearing sleeve stationary pipes and outer conical shell by the milling device bearing respectively, every two adjacent gears of milling are intermeshing, and the gear shaft of one of them gear of milling stretches out outer conical shell and driven by the variable-frequency motor of milling.
The milling device bearing at the described gear two ends of milling is provided with and prevents the bleed sealing device of bearing of coal dust.
The bottom of described inner cone is provided with clashes into cone, outside this shock cone, the axial flow wing blades is housed.
The upper outside of described inner cone is installed with the movable vane rotor that is comprised of moving vane, with this, coal dust is carried out centrifugal classification.
Described top board top is provided with four outlets, and four outlet spiral rotatings, and is connected with the outlet header.
The movable vane rotor that described inner cone upper outside fixed installation only is connected with inner cone; All remain with the gap between described inner cone and described one-level baffle plate and secondary baffle plate, inner cone is by the output shaft driven rotary of variable-frequency motor.
The present invention is by dynamic sorting unit, static sorting unit and return powder milling device three parts and form, and dynamically sorting unit is by adjustable frequency motor, and axial flow wing blades and the upper end movable vane rotor of inner cone and inner cone lower end form; Static sorting unit by Outer Taper, be fixed in the two-stage baffle plate of Outer Taper, and the baffle plate self-checking device forms; Returning the powder milling device is comprised of variable-frequency motor, band reduction box shaft joint, milling device bearing, bearing holder (housing, cover) and wear-resistant gear group.During normal operation, inner cone rotation variable-frequency motor drives whole inner cone rotation, by regulating frequency converter frequency, change motor speed, regulate the inner cone rotary speed, thereby regulate fineness of pulverized coal, baffle plate is in standard-sized sheet or certain angle, and wind powder mixture is play the guiding role; Defective coal dust drops down onto along the sorting unit outer casing inner wall on the wear-resistant gear group that is arranged at go back to powder collecting pipe bottom, drives wear-resistant gear by the variable-frequency motor of milling and rotates, and will return that in powder, the defective coal dust of part is milled into qualified coal dust.If dynamically sorting is broken down, can stop immediately adjustable frequency motor, start the baffle plate automatic adjusting mechanism, the change attitude is divided and is elected static sorting as, return the powder milling device and partly have a style of one's own, but independent operating is not subjected to the dynamic part fault effects, the pulverized coal preparation system equipment fault is reduced to minimum level to the impact that boiler operatiopn causes, improves the operational reliability of pulverized coal preparation system equipment.
Compare with existing static sorting and dynamic sorting unit, outstanding feature of the present invention is:
1. the baffle plate automatic adjusting mechanism adopts rope traction baffle plate regulating connecting rod, and steel wire rope changes direction by leading block, realizes that baffle plate regulates automatically, thereby automatically regulates fineness of pulverized coal.
2. the series connection twin shaft to two-stage baffle plate adjusting angle automatically, is realized in the situation that dynamic sorting unit can't move, to the automatic adjustment of fineness of pulverized coal.Satisfy station boiler load variations and ature of coal and change pulverized coal preparation system is exerted oneself and the requirement of fineness of pulverized coal, improve boiler efficiency, reduce nitrogen oxide emission.
3. inner cone is closed cavity, top is provided with rotatable movable vane rotor, fineness of pulverized coal is carried out last one sorting, the bottom arranges rotation axial flow wing blades, the wind powder mixture that just enters sorting unit is played the Pre-sorting effect, make part coarse granule coal dust be sorted because of centrifugal action, simultaneously, the axial flow wing blades of rotation also can improve the upper end and be sorted the coal dust that gets off and enter the secondary sorting chance, make part be sorted the qualified coal dust that gets off and carry out secondary sorting, reduce circulating ratio, improved the efficiency of separation.In addition, the axial flow wing blades also has the certain pressure head that promotes of generation, plays the effect that reduces the sorting unit resistance.
4. outer conical shell two-stage baffle plate is single-ended fixing, and damper shaft adopts bearing and axle sleeve to fix, and makes baffle plate rotate flexibly, bite can not occur, and adopt Sealing Technology, guarantees that bearing working stablizes.The fixedly gusset of axle sleeve can guarantee that the baffle plate working stability is indeformable.
5. the sorting unit outlet is four pipes, and final four pipes are after flow rotation direction rotation certain angle, and with the outlet welding, converging is an outlet, reduces spin intensity and the resistance of qualified coal dust.
6. baffle plate, axial flow wing blades adopt forging type, and the serious wear position all adopts abrasionproof to process, and reduces wear, and improve device service life.
7. the present invention has concentrated the advantage of series connection twin shaft to static sorting unit and dynamic sorting unit, and both the capable of dynamic operation, also can static move, and the operation of also can being association of activity and inertia improves operational efficiency and reliability.
8. return the powder milling device and adopt the wear-resistant gear group, to return in powder the defective coal dust of part mutually rolls by the wear-resistant gear tooth and is milled into qualified coal dust, the decrease circulating ratio improves the pulverized coal fineness index, thereby has increased substantially the sorting unit efficiency of separation and pulverized coal preparation system is exerted oneself.
6. the invention has the beneficial effects as follows and adopt wind powder Dual-Phrase Distribution of Gas olid multipass sort, return the powder mill in grades, to increase substantially the sorting unit efficiency of separation, and then improve pulverized coal preparation system and exert oneself, reduce unit power consumption of coal pulverizing, simultaneously, enlarged the fineness of pulverized coal adjustable range, increase substantially the pulverized coal fineness index, improved the adaptive capacity of power boiler burning to ature of coal.The present invention also can be applicable to the material sorting device of the industries such as cement, metallurgy, petrochemical industry.
Description of drawings
Fig. 1 is overall structure of the present invention longitudinal section master's pseudosection,
Fig. 2 is back that the powder toothed disc of milling overlooks enlarged drawing,
Fig. 3 is single gear and the whole structural map that is connected of milling,
Fig. 4 is A place enlarged drawing in Fig. 1,
Fig. 5 is the deployed condition schematic diagram of baffle plate automatic adjusting mechanism,
Fig. 6 is top board place cross-sectional profile enlarged drawing,
Fig. 7 is one-level baffle plate or secondary baffle plate cross-sectional profile enlarged drawing.
in figure: 1-sorting unit inlet tube, 2-reamer, 3-axial flow wing blades, 4-clash into and bore, 5-inner cone, 6-one-level baffle plate, 7-secondary baffle plate, 8-addendum cone, 9-output shaft, 10-movable vane rotor, 11-inner cone rotation variable-frequency motor, 12-outlet, 13-explosion proof door, 14-outlet header, 15-oblique time powder outlets, 16-gusset, 17-bearing, 18-axle sleeve, 19-damper shaft, 20-fixed mount, 21-adjusting rod, 22-wire rope fixing device, 23-strap brake motor, 24-steel wire rope, 25-balance weight, 26-leading block, 27-outer conical shell, 28-internal bearing sleeve stationary pipes, 29-outer bearing sleeve stationary pipes, 30-milling device bearing, 31-the variable-frequency motor of milling, 32-band reduction box shaft coupling, 33-outer end bearing holder (housing, cover), 34-the gear of milling, 35-gear shaft, 36-inner bearing holder (housing, cover), 37-dial, 38-top board.
The specific embodiment
the present invention is further described below in conjunction with accompanying drawing: as shown in fig. 1, described baffle plate is regulated the high-efficiency dynamic sorting unit automatically, the outer conical shell 27 that comprise that the sorting unit inlet tube 1, bottom band of top band reamer 2 clashes into the sealing inner cone 5 of cone 4 and top band addendum cone 8, coaxial and bottom is provided with oblique time powder outlet 15 with described inner cone, along a described inner week of outer conical shell 27, a plurality of one-level baffle plates 6 are housed, along outer conical shell 27 inside, one all secondary baffle plates 7 are housed on described one-level baffle plate 6, described one-level baffle plate 6 and secondary baffle plate 7 be single-ended being fixed on damper shaft 19 all, and damper shaft passes that outer conical shell is exterior an adjusting rod 21, explosion proof door 13 is established in the both sides, top of outer conical shell, the exterior inner cone rotation of the top board 38 of outer conical shell variable-frequency motor 11, the output shaft of this variable-frequency motor is connected with reduction box with shaft joint, the output shaft of reduction box passes top board and is connected with described inner cone 5, as Fig. 4, 5, 7, described one-level baffle plate 6 and secondary baffle plate 7 control to adjust yawing moment by automatic adjusting mechanism, described automatic adjusting mechanism comprises strap brake motor 23, leading block 26, each damper shaft 19 conical shell outside is outside passed a dial 37, and relative with this dial fixing, the outer rim of described dial is provided with wire rope fixing device 22 with the adjusting rod that is fixed in same damper shaft 19, described damper shaft 19 is fixed in axle sleeve 18 by bearing 17, and axle sleeve and outer conical shell weld and pass through gusset 16 and reinforce, the output shaft of described strap brake motor 23 and steel wire rope 24 are fixing, described steel wire rope 24 is walked around leading block 26, the leading block 26 along dial 37 outer rims to wire rope fixing device 22, along dial 37 outer rims to adjacent dial 37 homonymies of dial 37 1 sides successively, connect respectively one-level baffle plate 6 or the secondary baffle plate 7 of complete cycle, get back at last the fixing output shaft of strap brake motor 23 and steel wire rope 24, form sealing one all steel wire rope adjusting rings.
Described one-level baffle plate 6 and secondary baffle plate 7 all are equipped with automatic adjusting mechanism, the automatic adjusting mechanism of one-level baffle plate 6 and secondary baffle plate 7 respectively has a strap brake motor 23, the strap brake motor 23 of this one-level baffle plate 6 or secondary baffle plate 7 is installed on the top of one-level baffle plate 6 or secondary baffle plate 7, described strap brake motor 23 with steel wire rope 24 both sides change into respectively capwise through pulleys, and walk around the leading block 26 of two adjacent dial 37 sides, connect successively each dial 37 and adjusting rod 21.
On the capwise steel wire rope of strap brake motor 23 both sides, respectively be fixed with a balance weight 25 of regulating the automatic adjusting mechanism degree of balance at described steel wire rope 24.
Baffle plate adjusting rod 21 foots are fixedly connected with damper shaft 19, and baffle plate adjusting rod 21 rotates and can drive damper shaft 19 rotations, reach adjusting fineness of pulverized coal purpose thereby regulate I and II baffle plate 6,7 apertures.Baffle plate adjusting rod 21 tops are clipped in the fixed mount draw-in groove, draw-in groove play the guiding role, and is convenient to baffle plate adjusting rod left rotation and right rotation, simultaneously, baffle plate adjusting rod top is connected with steel wire rope 24, and steel wire rope 24 changes directions by leading block 26 and is connected with adjacent baffle plate adjusting rod.By that analogy, last baffle plate adjusting rod 21 tops are connected with strap brake motor 23 by balance weight 25, by the motor forward and backward, drive steel wire rope, affect the rotation of baffle plate adjusting rod, realize that baffle plate regulates automatically, thus the adjusting fineness of pulverized coal.This invention is changed needs artificial climbing present situation of manual adjustments one by one on the cone in prior art, greatly alleviated baffle plate and regulated personnel labor intensity, facilitates the operations staff because unit load and ature of coal change, boiler combustion to be optimized adjustment.
as Fig. 2, 3, be fixed with internal bearing sleeve stationary pipes 28 outside described sorting unit inlet tube 1, one circle is installed in the toroidal cavity between conical shell 27 and described internal bearing sleeve stationary pipes 28 outside carries out the gear 34 of milling of mill in grades processing to returning powder, the described gear 34 of milling is cone structure, its gear shaft 35 the inners and outer end are loaded on internal bearing sleeve stationary pipes 28 and outer conical shell by milling device bearing 30 respectively, adjacent two gears of milling are intermeshing, the rotating shaft of one of them gear 34 of milling is through fixing with reduction box shaft coupling 32 and the output shaft of the variable-frequency motor 31 of milling.The pan mill that increases this time powder can the high efficiency fineness that significantly improves back powder, makes separation system already the coarse granule that screens be returned powder in this device and again mills, and makes most of defective time powder become qualified coal dust.
As Fig. 1, described inlet tube 1 top is provided with reamer 2, when described reamer 2 and the 1 top welding of sorting unit inlet tube, wind powder mixture become large reamer 2 gradually by circulation area, Speed Reduction and produce gravity separation, part bulky grain coal dust is sorted because of stall.Inner cone 5 is designed to the enclosed cavity body, is placed in outer conical shell 27, and coaxial with outer conical shell 27, be the wind powder mixture flow channel between inner cone, outer conical shell; Inner cone 5 is by the inner cone rotation variable-frequency motor 11 driving rotations that are placed in the sorting unit top.
As Fig. 2,3, return the powder milling device and be installed on powder outlet 15 positions oblique go back to, adopt wear-resistant gear, by crushing with grind and mill to returning powder.Enclose oblique time powder outlet 15 location arrangements one gear 34 of milling, the mill outer ring of an end by the milling device bearing of gear 34 fixed with outer end bearing holder (housing, cover) 33 and inner bearing holder (housing, cover) 36, outer end bearing holder (housing, cover) 33 and inner bearing holder (housing, cover) 36 weld with outer conical shell 27 and internal bearing sleeve stationary pipes 28 respectively, internal bearing sleeve stationary pipes 28 forms a closed cavity with sorting unit inlet tube 1, be connected with compressed air hose with clean instrument by pipeline in this closed cavity bottom, guarantee that cavity internal pressure is higher than oblique time powder outlet 15 internal pressures.The variable-frequency motor 31 of milling is connected with some gears 34 of milling by band reduction box shaft joint 32, regulates the frequency converter rotating speed, changes gear 34 rotating speeds of milling, and drives all the other gears of milling and rotates, and defective time powder of part is milled into qualified coal dust.
The milling device bearing 30 at described gear 34 two ends of milling all is installed on outside described toroidal cavity, so that milling device bearing 30 reduces the pollution of dust.
As Fig. 1, the lower outside of described inner cone 5 is equipped with axial flow wing blades 3.
The inner cone lower end arranges the axial flow wing blades, rotarily drive the wind powder mixture rotation by axial flow wing blades 3, part coarse granule coal dust is thrown to outer conical shell 27 inwalls because of centrifugation produces centrifugal classification, simultaneously, because making part be sorted the qualified coal dust that gets off to the speed-raising effect of wind powder mixture, blade rotary has an opportunity to participate in secondary sorting, reduce circulating ratio, improve the efficiency of separation, and promote sorting unit pressure head, reduction sorting unit resistance.
As Fig. 1, addendum cone 8 outsides of described inner cone 5 are installed with the movable vane rotor 10 that carries out centrifugal classification.
As Fig. 6, the top board 38 at described outer conical shell 27 tops is provided with outlet 12, and the described outlet other end is opened on outlet header 14.
Described top board 38 tops are provided with four outlets 12, and the other end all is opened on outlet header 14, and four outlet 12 downstream direction spiral rotatings, and are connected with outlet header 14.
Four outlets 12 that the sorting unit outlet arranges have certain angle with sorting unit top board 38, its angle is consistent with the coal dust direction of rotation, and after laying out a mouthful house steward and rotating to an angle, with outlet header's 14 welding, to reduce outlet wearing and tearing and resistance, improve pulverized coal preparation system and exert oneself.
wind powder mixture is through sorting unit inlet tube 1, because reamer 2 areas increase, flow velocity reduces, the part coal dust is sorted because of gravity, a part of rough coal powder in the residue coal dust is because being sorted with 4 collisions of shock cone, inner cone integral-rotation due to 11 driver output axles 9 drives of inner cone rotation variable-frequency motor, a part of coal dust is with 3 rotations of axial flow wing blades, part coarse granule coal dust is sorted, after wind powder mixture process one-level baffle plate 6 and secondary baffle plate 7 guiding by axial flow wing blades 3, part coarse granule coal dust is sorted, the residue wind powder mixture rotates and is sorted through the movable vane rotor 10 that is comprised of blade, a part of coarse granule coal dust is fallen to outer conical shell, fall along outer conical shell, qualified coal dust enters four outlets 12, enter pulverized-coal collector after being mixed in outlet header 14, because the adjustable frequency motor rotating speed is adjustable, therefore, enlarged the fineness of pulverized coal adjustable extent, improved the pulverized coal fineness index, the qualified coal dust of minute quantity falls within addendum cone 8, and slide along addendum cone 8, when coarse granule coal dust and qualified coal dust intermixture drop down onto axial flow wing blades 3 place, because of 3 rotations of axial flow wing blades, promoted the qualified coal dust kinetic energy that partly is sorted, like this, greatly increased the probability that the qualified coal dust that partly is sorted carries out secondary sorting, therefore, improved the efficiency of separation of sorting unit, falling after rise extremely, the powder that returns of oblique time powder outlet 15 carries out mill in grades through the toothed disc of milling, make defective time pruinescence of part be milled into qualified coal dust, therefore, return the powder milling device and reduced the ratio of qualified coal dust in time powder, reduced resistance, improve the efficiency of separation, and then improved pulverized coal preparation system and exerted oneself, reduced unit power consumption of coal pulverizing.
Claims (9)
1. a baffle plate is regulated the high-efficiency dynamic sorting unit automatically, comprises that sorting unit inlet tube (1), inner cone (5), bottom are provided with back the outer conical shell (27) of powder outlet (15); Height is equipped with a plurality of one-level baffle plates (6) along an inner week of described outer conical shell (27) in the middle part of inner cone, along outer conical shell (27) inside, one all secondary baffle plates (7) are housed on described one-level baffle plate (6), described one-level baffle plate (6) and secondary baffle plate (7) be single-ended being fixed on damper shaft (19) all, and adjusting rod (21) is equipped with in the outside that damper shaft passes outer conical shell; A plurality of explosion proof doors (13) are established on the top of outer conical shell, the exterior variable-frequency motor of the top board of outer conical shell (38) (11), and described top board (38) opening and connection outlet house steward (14) is characterized in that:
Described one-level baffle plate (6) and secondary baffle plate (7) are controlled to adjust respectively the aperture of baffle plate by automatic adjusting mechanism separately, described automatic adjusting mechanism comprises strap brake motor (23), leading block (26), dial (37) vertical with damper shaft (19) of each damper shaft (19) conical shell external stability outside, described dial is fixing with the adjusting rod (21) that is fixed in same damper shaft (19); The output shaft of described strap brake motor (23) and steel wire rope (24) are fixing, described steel wire rope (24) walk around successively dial (37) one sides leading block (26), the fixing point along dial (37) outer rim to steel wire rope and described damper shaft, continue to arrive leading block (26) between adjacent dial (37) along dial (37) outer rim, connect respectively one-level baffle plate (6) or the secondary baffle plate (7) of complete cycle, get back at last the fixing output shaft of strap brake motor (23) and steel wire rope (24), form all steel wire rope adjusting rings of sealing.
2. baffle plate according to claim 1 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: the strap brake motor (23) of described one-level baffle plate (6) or secondary baffle plate (7) is installed on the top of one-level baffle plate (6) or secondary baffle plate (7), described strap brake motor (23) with steel wire rope (24) move towards in the both sides of described motor output shaft level, change into capwise through after pulley, and walk around the leading block (26) of two adjacent dials (37) side, connect successively each dial (37) and adjusting rod (21).
3. baffle plate according to claim 2 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: on the capwise steel wire rope of strap brake motor (23) both sides, respectively be fixed with a balance weight (25) of regulating the automatic adjusting mechanism degree of balance at described steel wire rope (24).
4. baffle plate according to claim 1 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: be installed with internal bearing sleeve stationary pipes (28) outside described sorting unit inlet tube (1), one circle is installed outside for the gear of milling (34) of milling to returning powder in the toroidal cavity between conical shell (27) and described internal bearing sleeve stationary pipes (28), the described gear of milling (34) is the little cone structure of outer imperial palace, the inner gear shaft (35) with the outer end of the gear of milling is loaded on internal bearing sleeve stationary pipes (28) and outer conical shell (27) by milling device bearing (30) respectively, every adjacent two gears of milling (34) are intermeshing, the gear shaft (35) of one of them gear of milling (34) stretches out outer conical shell (27) and is driven by the variable-frequency motor of milling (31).
5. baffle plate according to claim 4 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: the milling device bearing (30) at the described gear of milling (34) two ends is provided with and prevents the bleed sealing device of bearing of coal dust.
6. baffle plate according to claim 1 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: the bottom of described inner cone (5) is provided with clashes into cone (4), outside this shock cone (4), axial flow wing blades (3) is housed.
7. according to claim 1 or 6 described baffle plates are regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: the upper outside of described inner cone (5) is installed with the movable vane rotor (10) that is comprised of moving vane, with this, coal dust is carried out centrifugal classification.
8. baffle plate according to claim 1 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: be provided with four outlets (12) above described top board (38), and four outlets (12) spiral rotating, and be connected with outlet header (14).
9. baffle plate according to claim 1 is regulated the high-efficiency dynamic sorting unit automatically, it is characterized in that: the movable vane rotor (10) that the fixed installation of described inner cone (5) upper outside only is connected with inner cone; All remain with the gap between described inner cone (5) and described one-level baffle plate (6) and secondary baffle plate (7), inner cone (5) is by output shaft (9) driven rotary of variable-frequency motor (11).
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| CN 201220654838 CN202962874U (en) | 2012-11-30 | 2012-11-30 | High-efficiency dynamic sorting device with automatically-adjustable baffle |
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| CN 201220654838 CN202962874U (en) | 2012-11-30 | 2012-11-30 | High-efficiency dynamic sorting device with automatically-adjustable baffle |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2014082596A1 (en) * | 2012-11-30 | 2014-06-05 | Huang Lina | High-efficiency, serial biaxial dynamic classification and recovered dust milling apparatus with automatic baffleplate regulation |
| CN104190621A (en) * | 2014-07-22 | 2014-12-10 | 中材装备集团有限公司 | Wind sweeping type moving and motionless combination efficient dust separator |
| CN110918197A (en) * | 2019-11-14 | 2020-03-27 | 山西大学 | Sand removing device for medium-speed coal mill |
| CN111165772A (en) * | 2019-12-27 | 2020-05-19 | 统之幸食品(江苏)有限公司 | Method and device for preparing powdery seasoning |
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2012
- 2012-11-30 CN CN 201220654838 patent/CN202962874U/en not_active Expired - Lifetime
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014082596A1 (en) * | 2012-11-30 | 2014-06-05 | Huang Lina | High-efficiency, serial biaxial dynamic classification and recovered dust milling apparatus with automatic baffleplate regulation |
| CN104190621A (en) * | 2014-07-22 | 2014-12-10 | 中材装备集团有限公司 | Wind sweeping type moving and motionless combination efficient dust separator |
| CN110918197A (en) * | 2019-11-14 | 2020-03-27 | 山西大学 | Sand removing device for medium-speed coal mill |
| CN110918197B (en) * | 2019-11-14 | 2020-11-10 | 山西大学 | Sand removing device for medium-speed coal mill |
| CN111165772A (en) * | 2019-12-27 | 2020-05-19 | 统之幸食品(江苏)有限公司 | Method and device for preparing powdery seasoning |
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Assignee: Xi'an Forrest electric power technology LLC Assignor: Huang Lina Contract record no.: 2014610000129 Denomination of utility model: High-efficiency dynamic sorting device with automatically-adjustable baffle Granted publication date: 20130605 License type: Exclusive License Record date: 20140902 |
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