CN106148618A

CN106148618A - A kind of distributing device with Novel control chute inclination angle drive mechanism

Info

Publication number: CN106148618A
Application number: CN201510140873.7A
Authority: CN
Inventors: 周南夫
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-03-27
Filing date: 2015-03-27
Publication date: 2016-11-23

Abstract

The invention discloses a kind of distributing device with Novel control chute inclination angle drive mechanism for blast furnace bell-less BF tep.Wherein, the inclination angle of chute (112) is controlled by chute rest (114), chute axle (113), Left Drive arm (115), right transmission arm (201), eccentric mounting (116), roller (117), circular orbit (109) and driver (106)；Roller (117) is arranged on eccentric mounting (116) by roller shaft (303), the rotating direction of eccentric mounting (116) adjustable roller (117), the rotating direction making roller (117) keeps consistent with the direction of motion, prevents roller (117) in the upper slip of circular orbit (109)；Chute axle (113) and chute axle bearing (203) are arranged on bearing block (204), and bearing block (204) is arranged on rotating cylinder (110)；In this drive mechanism, whole fragile parts all can be changed in working site, and whole bearings carry out good lubrication in being installed in confined space.

Description

A kind of distributing device with Novel control chute inclination angle drive mechanism

Technical field

The invention belongs to technical field of metallurgy industry, be for blast furnace roof directly to A kind of distributing device of the bell-less BF tep of furnace charge.

Background technology

During blast furnace ironmaking, manufacturing technique requirent pressed by top charging equipment, by furnace charge Load in stove from furnace roof, top charging equipment must adapt to that furnace top gas temperature is high, dustiness is big, The operating mode that pressure oscillation is bigger, it is desirable to working stability, easy to maintenance, the life-span is long.Stove without bell , owing to having good cloth and sealing, it is used widely on blast furnace in top.Without bell The core component of furnace roof is distributing device, its structure complicated and directly high at blast furnace gas temperature, contain Dust quantity is big, pressure oscillation is big, run under the stronger operating mode of corrosion, it is ensured that its stable operation and Longevity is the most difficult.Along with the development of prolonging campaign technology, the life of the blast furnace can reach 20 Year, and distributing device overhaul life is far below the life of the blast furnace；Distributing device is changed once, and blast furnace is necessary Long-time stopping production, causes from the production sintering, smelting iron, refine steel and rolled steel whole iron and steel enterprise Serious financial consequences；Therefore, extend distributing device overhaul life and stable operation becomes distributing device skill The major subjects of art progress.

The invention mainly relates to control in distributing device the drive mechanism at chute inclination angle, it is The most complicated and the part that the most easily breaks down in distributing device.In order to further illustrate the back of the body of the present invention Scape technology, with the more knot with the technology of the present invention BG type distributing device relatively of domestic application Structure and technical characterstic are analyzed: BG type distributing device is to control in Luxembourg PW type distributing device The drive system at chute inclination angle improves and forms；It is first begin in packet header steel plant from nineteen eighty-two Using on blast furnace, the most reached more than 30 year, BG type distributing device was carried out each by domestic maker Plant and improve, illustrate the most comprehensively, only BG type distributing device basic feature is described, analyze Control the problem that chute inclination angle drive mechanism exists.

Fig. 8 and Fig. 9 is prior art BG type distributing device structural representation, its structure As follows: casing (107) links with roof support ring (111), and case lid (101) is horizontally arranged at On casing (107), at case lid (101), a set of motor and reductor (103) are above installed, The outfan of motor and reductor (103) is mounted with little gear (102), above turns block bearing (105) internal ring is fixed on case lid (101) below, above turns outside block bearing (105) Ring links with rotating cylinder (110), above turns external tooth and the little gear (102) of block bearing (105) Occlusion, chute axle II (808) is horizontally supported at rotating cylinder (110) by chute axle bearing I (901) On, chute axle II (808) is by central throat tube (104) one end, center and chute rest (114) Linking, chute (112) is supported on chute rest (114)；When motor and reductor (103) During rotation, by little gear (102), on turn external tooth and the outer band of block bearing (105) Dynamic rotating cylinder (110) rotates, and drives chute axle II (808) and chute (112) to rotate simultaneously.

In BG type distributing device, control the drive mechanism structure at chute (112) inclination angle It is: the interior survey end of chute axle II (808) that two are horizontally mounted is with chute rest (114) even Knot, and chute rest (114) swing can be controlled, the outboard end of chute axle II (808) is installed Transmission arm I (801), transmission arm I (801) can drive chute axle II (808) to rotate；Pass The other end of swing arm (801) is provided with the axis of a movable block (802) and driving wheel (803), at work shape Under state, transmission arm (801) ceaselessly swings, and the axis of a movable block (802) centrage is also impossible to begin Intersecting with the centrage of central throat tube (104) eventually, therefore, driving wheel (803) can only be at internal ring (804) move in the groove on；The height of driving wheel (803) is determined by the height of internal ring (804), I.e. control the height of internal ring (804), can by the axis of a movable block (802), transmission arm I (801), Chute axle II (808) and chute rest (114) control the inclination angle of chute (112).Control The power of internal ring processed (804) height is driver (106), and driver (106) can be oil Cylinder or screw mandrel or connecting rod etc., collectively referred to here in as driver (106).Three set drives (106) with The center of central throat tube (104) is the center of circle, uniform circumferentially, driver (106) is passed through Joint (807) links with outer shroud (805).Due to driver (106) and outer shroud (805) Can not rotate, and internal ring (804) rotates with chute (112), therefore, at BG type distributing device In be provided with down and turn block bearing (806)；Under turn outer shroud and the outer shroud of block bearing (806) (805) link, under turn the internal ring of block bearing (806) and link with internal ring (804), this Sample is achieved that the transmission of axial force between outer shroud (805) and internal ring (804).

For above-mentioned basic feature, this control chute inclination angle drive mechanism exists as follows Problem: first in this drive mechanism, under turn block bearing (806) and cannot enter in working site Row is changed, and can only be replaced by overhaul in repair workshop.Further, since lower turn of supporting Block bearing (806) is turned necessary under bearing (806) location, and installation Outer shroud (805) and internal ring (804) location so that chute axle II (808) and slipping Fluted shaft bearing I (901) is also difficult in working site repair and change.So, lower turn The life-span of block bearing (806), chute axle II (808) and chute axle bearing I (901) is just Determine the life-span of whole tablecloth glassware.But, under turn block bearing (806), chute axle II (808), chute axle bearing I (901) is all in the space of semi open model；In casing (107) There is nitrogen cooling in although and seal, but, due to stock gas pressure oscillation, always there is height It is internal that producer gas enters casing (107), and at present, the distributing device run on blast furnace all exists not Dust stratification with degree.Under turn block bearing (806) and chute axle bearing I (901) and use Grease lubrication, dust is mixed into oils and fats, accelerates down and turns block bearing (806) and chute axle axle Hold the abrasion of I (901), especially because operating mode is severe, chute axle bearing I (901) close Seal apparatus is difficult to again change, thus, many BG type distributing devices are at chute axle bearing I (901) Both sides do not set sealing device, and this has speeded up chute axle II (808) and chute axle bearing I (901) Abrasion, make chute axle bearing I (901) life-span be greatly shortened, to the longevity making whole tablecloth glassware Life shortens.When above-mentioned parts is damaged, blast furnace is necessary for stopping production for a long time, to whole tablecloth material Device is replaced, and iron and steel enterprise causes the biggest economic loss, is iron and steel enterprise and distributing device system Make the problem that enterprise thirsts for solving always.

Summary of the invention

Block bearing, internal ring and outer shroud is turned, in control under it is an object of the invention to cancel Carry out good in the drive mechanism at chute inclination angle processed, whole bearings are arranged on the most airtight space Lubrication, whole quick-wear parts can complete in distributing device working site utilizes the blast furnace light maintenance time Change.In BG type distributing device, the power-equipment driving chute to swing, oil cylinder or spiral shell can be used Revolving leading screw, they all can be changed within the short time of working site, not affect distributing device overhaul life, In order to problem is controlled in scope involved in the present invention, the present invention uses oil cylinder as driving Device, present invention mainly solves the problem of drive mechanism between driver to chute.

The present invention is achieved through the following technical solutions, and the present invention includes: casing props up Holding on roof support ring, case lid is horizontally arranged on casing, is provided with motor and subtracts on case lid Speed machine, the outfan at motor and reductor is mounted with little gear, above turns the interior of block bearing Ring is fixed on below case lid, above turns the external tooth of block bearing and little engaged gears, and upper turning props up The outer shroud holding bearing links with rotating cylinder, and chute is arranged on chute rest, and chute rest is controlled The inclination angle of chute processed, chute rest is supported on rotating cylinder indirectly；When motor and reductor operate, Rotated by the outer shroud and rotating cylinder turning block bearing on little gear driven, the most also drive indirectly The chute rest being supported on rotating cylinder and chute rotate；It addition, present invention additionally comprises driver, It is the power controlling chute inclination angle；It is characterized in that: set between driver and chute rest There are circular orbit, roller, roller shaft and eccentric mounting；Roller is supported on eccentric mounting by roller shaft On, eccentric mounting can rotate, the shaft center line of roller shaft axial line deviation eccentric mounting, works as rolling When wheel is pressed on the rail level of circular orbit rolling, the rotating direction of eccentric mounting adjustable roller, The rotating direction making roller keeps consistent with the direction of motion.

Between described eccentric mounting and chute rest, the first scheme of transmission is: in bias It is provided with Left Drive arm, right transmission arm and chute axle between seat and chute rest；Two chute axles Interior survey one end and chute rest link, the lateral ends of two chute axles respectively with Left Drive arm and Right transmission arm realizes linking；At Left Drive arm and the other end of right transmission arm, eccentric mounting is installed, Eccentric mounting can rotate, suffered by eccentric mounting in the installation site of Left Drive arm and right transmission arm Power drives chute axle to rotate around centrage by Left Drive arm and right transmission arm, passes through meanwhile Chute rest drives chute to swing.

Between described eccentric mounting and chute rest, the alternative plan of transmission is: in bias Balance base, balance axle, transmission arm, chute axle I it is provided with between seat and chute rest；Chute axle Interior survey one end of I links with chute rest, and the outside of chute axle I links with transmission arm, is passing The other end of swing arm is linked with balance base by balance axle, and two groups of eccentric mountings are arranged on balance base, Balance axle is arranged between the shaft center line of two groups of eccentric mountings；Power suffered by eccentric mounting is passed through Balance base, balance axle and transmission arm drive chute axle I to rotate, and, are driven by chute rest meanwhile Dynamic chute swings.

Two eccentric mounting shaft center line on described balance base are substantially parallel, install Direction is consistent.

Described eccentric mounting is to be arranged on Left Drive arm by journal bearing and thrust bearing With on right transmission arm or balance base.

Described journal bearing and thrust bearing are sealed by pressure ring I and sealing ring III.

Described roller is to be arranged on roller shaft by roller bearing, roller bearing two End is provided with pressure ring I I and sealing ring III.

The present invention includes rotating cylinder, chute axle, chute axle bearing, it is characterised in that: slip Fluted shaft bearing is arranged in bearing block, and bearing block is arranged on rotating cylinder, and bearing block can be from rotating cylinder Change.

Sealing ring II and pressure ring and sealing ring I is had on described bearing block.

Described near the position that bearing block installed by rotating cylinder, be drilled with aperture, aperture with Annular space communicates；The nitrogen of casing enters annular space by aperture and enters outside sealing ring II Row purging.

This distributing device with Novel control chute inclination angle drive mechanism has following excellent Point: in the drive mechanism controlling chute inclination angle, going out outside circular orbit, remaining parts is complete Portion can change in working site, due to cancel in BG type distributing device lower turn block bearing, Internal ring and outer shroud, obtain space for changing chute axle II, chute bearing and bearing block.Tearing open Except after roller, eccentric mounting, Left Drive arm and right transmission arm just can easily from rotating cylinder more Change chute axle and bearing block.Owing to the circular orbit life-span is the longest, therefore, chute inclination angle is being controlled Drive mechanism in eliminate the driving parts affecting the distributing device life-span.Controlling chute inclination angle In drive mechanism, whole bearings including roller bearing, support eccentric mounting journal bearing and Thrust bearing and chute axle bearing are all arranged in totally enclosed space, obtain good Lubrication, it is to avoid the corrosion of coal gas, the life-span is longer.Interior survey at chute axle increases annular space, Make nitrogen be isolated with blast furnace gas by sealing ring II, extend the sealing ring II life-span.

Accompanying drawing illustrates:

Fig. 1 is the side sectional view of the distributing device structural representation of the embodiment of the present invention；

Fig. 2 is the A-A sectional view of Fig. 1；

Fig. 2-1 is chute axle and bearing block partial enlarged drawing in Fig. 2；

Fig. 3 is C-C schematic partial sectional view in Fig. 2；

Fig. 4 is D-D schematic partial sectional view in Fig. 2；

Fig. 5 is E-E sectional view in Fig. 3；

Fig. 6 is drive mechanism from chute axle I (604) to eccentric mounting (116) The structural representation of alternative plan；

Fig. 7 is N-N sectional drawing in Fig. 6；

Fig. 8 is the side sectional view of BG type distributing device structural representation in prior art；

Fig. 9 is F-F sectional view in Fig. 8.

The equal not drawn on scale of above-mentioned figure, is the structural representation of the present invention and prior art Figure.

In figure:

101 be case lid 102 be trunnion centered by motor and reductor 104 for little gear 103 105 on to turn block bearing 106 for driver 107 be slideway for casing 108 109 be circular orbit 110 be chute for rotating cylinder 111 for roof support ring 112 113 be chute axle 114 be eccentric mounting for chute rest 115 for Left Drive arm 116 117 be roller 118 be sealing ring I for fuel tank 201 for right transmission arm 202 203 be chute axle bearing 204 be aperture for bearing block 205 for sealing ring II 206 207 be annular space 208 be thrust bearing for pressure ring 301 for journal bearing 302 303 be roller shaft 304 be roller bearing for sealing ring III 305 for pressure ring I 501 502 be positioning sleeve 504 be balance axle for pressure ring I I 601 for transmission arm 602 603 be balance base 604 be the axis of a movable block for chute axle I 801 for transmission arm I 802 803 is to turn block bearing under driving wheel 804 is for outer shroud 806 for internal ring 805 807 be joint 808 be chute axle bearing for chute axle II 901

Detailed description of the invention

Below in conjunction with accompanying drawing, one of embodiment of the present invention is illustrated: casing (107) linking with roof support ring (111), case lid (101) is horizontally arranged at casing (107) On, case lid (101) is mounted with motor and reductor (103), at motor and reductor (103) Outfan be mounted with little gear (102) through case lid (101), above turn block bearing (105) Internal ring be fixed on below case lid (101), above turn the outer shroud of block bearing (105) with Rotating cylinder (110) links, and the external tooth above turning block bearing (105) is stung with little gear (102) Close；Chute axle (113) is horizontally supported on chute axle bearing (203) and bearing block (204), Bearing block (204) is arranged on rotating cylinder (110)；Chute axle (113) leans on central throat tube (104) Centrage one end links with chute rest (114), and chute (112) is bearing in chute rest (114) On.When motor and reductor (103) rotate, supported by little gear (102), upper turning The external tooth of bearing (105) and outer shroud drive rotating cylinder (110) around in central throat tube (104) Heart line rotates；Meanwhile, be bearing in the bearing block (204) of rotating cylinder (110), chute axle bearing (203), Chute axle (113) and chute (112) rotate also around the centrage of central throat tube (104).

Circular orbit (109) is horizontally mounted concentric with central throat tube (104), its footpath Various ways can be used to the location with circumferencial direction, the present embodiment use slideway (108) fixed Position, its lifting can use multiple type of drive, be referred to as driver (106).The present embodiment The driver (106) that middle employing 3 groups can run simultaneously is driven and controls.Driver (106) Become 120.It is centrally located on trunnion (104) concentrical circumference, by case lid (101) Hold；Driver (106) links through case lid (101) and circular orbit (109), drive and Control the lifting of circular orbit (109).

Roller (117) is arranged on by roller bearing (501) and roller shaft (303) On eccentric mounting (116), the two ends of roller bearing (501) are provided with pressure ring I I (504), pressure ring Sealing ring III (503) it is provided with between II (504) and roller shaft (303) and positioning sleeve (502), Roller bearing (501) is in totally enclosed space, wherein injects lubricant, seals for extending In the life-span, seal the mechanical seal that industry can be used conventional herein.Eccentric mounting (116) is rotatable, The axial line of its shaft center line deviation roller shaft (303), supports the axle of eccentric mounting (116) Hold and must be able to bear radial load and axial load simultaneously, select one group of journal bearing (301) here With thrust bearing (302).Journal bearing (301) and thrust bearing (302) installation site can There to be multiple choices, the present invention enumerates two of which: first scheme, journal bearing (301) and Thrust bearing (302) is directly installed on Left Drive arm (115) and right transmission arm (201) and slips Fluted shaft (113) has on the position of certain distance.Under in working order, two eccentric mountings (116) Yawing moment is contrary, for ensureing that Left Drive arm (115) and right transmission arm (201) have identical Torque arm length, Left Drive arm (115) and right transmission arm (201) be upper and chute axle (113) The center in link hole is different to the vertical dimension of eccentric mounting (116) axial line.Left Drive arm (115) it is separately mounted to outside two chute axles (113) with right transmission arm (201), and can Chute axle (113) is driven to rotate.When using this mounting means, when Left Drive arm (115) With right transmission arm (201) around chute axle (113) rotate time, eccentric mounting (116) is in level Eccentric throw on direction can change.Alternative plan, as shown in Figure 6 and Figure 7: two groups are inclined Heart seat (116) and journal bearing (301) and thrust bearing (302) thereof are arranged on balance base (603) On, it is provided with flat between upper two groups of eccentric mounting (116) shaft center line of balance base (603) Weighing apparatus axle (602), balance axle (602) is arranged on transmission arm (601), transmission arm (601) The other end be arranged on chute axle I (604) outboard end, transmission arm (601) can drive chute Axle I (604) rotates.When using this installation form, when transmission arm (601) is around chute When axle I (604) rotates, eccentric mounting (116) eccentric throw in the horizontal direction can keep Stable.In above two scheme, it is provided with pressure ring I (305) in journal bearing (301) outside It is in sealing ring III (304), journal bearing (301) and thrust bearing (302) In totally-enclosed space, in space, inject lubricant.

Chute axle (113) is supported by chute axle bearing (203), chute axle bearing (203) Being arranged in bearing block (204), bearing block (204) is arranged on rotating cylinder (110)；Bearing The outside of seat (204) is provided with pressure ring (208), pressure ring (208) and chute axle (113) it Between be provided with sealing ring I (202), survey in bearing block (204) and be provided with sealing ring II (205), For extending sealing life, seal herein and can increase industrial conventional bellows mechanical seal, For simplifying description, the concrete structure of mechanical seal is not explained in detail here.Chute axle bearing (203) it is in the space fully sealed, in space, injects lubricant.Bearing block is being installed (204), on rotating cylinder (110), some apertures (206) can be got out, in casing (107) Nitrogen, in small holes (206) enters annular space (207), then from annular space (207) And the gap between chute axle (113) enters in stove；As such, it is possible to make sealing ring II (205) Isolate with blast furnace gas, reach to prolong long-life purpose.It addition, the main portion of bearing block (204) Divide and be arranged in the space between casing (107) and rotating cylinder (110), in this space, have nitrogen Air cooling, its temperature is relatively low；Bearing block (204) can use the material that heat conduction is excellent, such as copper Or copper alloy, in this manner it is ensured that chute axle bearing (203) can long-term work under low temperature state Make.Dismounting between chute axle (113) and chute rest (114) for convenience, at chute Axle (113) and chute rest (114) junction section are trapezoidal or other easy-disassembling-assembling side Formula.

The operation principle of explanation Novel control chute inclination angle drive mechanism below: owing to slipping Groove (112) weight and chute (112) deviation of gravity center chute axle (113) center, at chute axle (113) moment is formed on；When using first scheme, this moment passes through Left Drive arm (115) It is delivered to eccentric mounting (116) with right transmission arm (201), makes roller (117) be pressed on annular On the rail level of track (109).When using alternative plan, the moment that chute (112) produces Be delivered on chute axle I (604), this moment by transmission arm (601), balance axle (602), Balance base (603), eccentric mounting (116) make roller (117) be pressed on circular orbit (109) Rail level on.So, just the height of circular orbit (109) is controlled by driver (106) Control the height of roller (117), and then by eccentric mounting (116) to chute rest (114) Control the inclination angle of chute (112).When rotating cylinder (110) rotates, it is supported on rotating cylinder (110) On bearing block (204) be simultaneously rotated, consequently also drive be associated with bearing block (204) Eccentric mounting (116) and roller (117) make circumference around central throat tube (104) centrage Motion.When roller (117) moves on the rail level of circular orbit (109), roller (117) If rotating direction move direction consistent time, roller (117) and circular orbit (109) Between only roll and fricton-tight, at this moment, the resistance of motion of roller (117) is minimum；Work as roller (117) if rotating direction move direction inconsistent time, with roller (117) move Produce an eccentric throw on the direction that direction is perpendicular, add upper roller (117) and circular orbit (109) frictional force between, forms an eccentric moment, under the effect of eccentric moment, partially Heart seat (116), around the central rotation of journal bearing (301), makes above-mentioned eccentric throw reduce, Adjust the rotating direction of roller (117), and make rotating direction keep consistent with the direction of motion.This Sample is it is prevented that occur between roller (117) and circular orbit (109) sliding.

Below explanation Novel control chute inclination angle drive mechanism main parts size maintenance and Changing, in said mechanism, whole bearings are in totally enclosed lubricating status, are arranged on rotating cylinder (110) lubricating oil is inputted each bearing block by petroleum pipeline by the fuel tank (118) on；Fuel tank (118) Interior oil can supplement when blast furnace light maintenance.The longevity of circular orbit (109) in this drive mechanism Life can reach the longest, does not interferes with the distributing device life-span；Remaining whole parts such as roller (117) And assembly, balance base (603) and assembly thereof can complete in the short time to change at the scene, Meanwhile, chute axle (113) and bearing block (204) also can complete to change.So, controlling Chute inclination angle drive mechanism completely eliminates the factor affecting distributing device bulk life time, for whole The longevity of distributing device creates essential condition.

Claims

1. having a distributing device for Novel control chute inclination angle drive mechanism, the present invention includes: Casing (107) is bearing on roof support ring (111), and case lid (101) is horizontally arranged at casing (107), on, case lid (101) is provided with motor and reductor (103), at motor and The outfan of reductor (103) is mounted with little gear (102), above turns block bearing (105) Internal ring be fixed on case lid (101) below, above turn the external tooth of block bearing (105) with little Gear (102) is engaged, and the outer shroud above turning block bearing (105) links with rotating cylinder (110), Chute (112) is arranged on chute rest (114), and chute rest (114) can control chute (112) inclination angle, chute rest (114) is supported on rotating cylinder (110) indirectly；Work as motor And during reductor (103) operating, driven by little gear (102) and turn block bearing (105) Outer shroud and rotating cylinder (110) rotate, also drive simultaneously and be indirectly supported on rotating cylinder (110) Chute rest (114) and chute (112) rotate；It addition, present invention additionally comprises driver (106), It is the power controlling chute (112) inclination angle；It is characterized in that: in driver (106) and Circular orbit (109), roller (117), roller shaft (303) it is provided with between chute rest (114) With eccentric mounting (116)；Roller (117) is supported on eccentric mounting (116) by roller shaft (303) On, eccentric mounting (116) can rotate, roller shaft (303) axial line deviation eccentric mounting (116) Shaft center line, when roller (117) is pressed on the rail level of circular orbit (109) rolling Time, the rotating direction of eccentric mounting (116) adjustable roller (117), make roller (117) Rotating direction keeps consistent with the direction of motion.

A kind of cloth with Novel control chute inclination angle drive mechanism Glassware, it is characterised in that: transmission between eccentric mounting (116) and chute rest (114) First scheme be provided with between eccentric mounting (116) and chute rest (114) Left Drive arm (115), Right transmission arm (201) and chute axle (113)；Interior survey one end of two chute axles (113) with Chute rest (114) link, the lateral ends of two chute axles (113) respectively with Left Drive Arm (115) and right transmission arm (201) realize linking；In Left Drive arm (115) and right transmission The other end of arm (201), is provided with eccentric mounting (116), and eccentric mounting (116) can be in left biography Rotate in the installation site of swing arm (115) and right transmission arm (201), eccentric mounting (116) institute The power being subject to drives chute axle (113) by Left Drive arm (115) and right transmission arm (201) Rotate around centrage, meanwhile, drive chute (112) to swing by chute rest (114).

A kind of cloth with Novel control chute inclination angle drive mechanism Glassware, it is characterised in that: between eccentric mounting (116) and chute rest (114) the of transmission Two schemes be provided with between eccentric mounting (116) and chute rest (114) balance base (603), Balance axle (602), transmission arm (601), chute axle I (604)；Chute axle I (604) Interior survey one end and chute rest (114) link, the outside of chute axle I (604) and transmission Arm (601) links, and the other end at transmission arm (601) by balance axle (602) and balances Seat (603) links, and two groups of eccentric mountings (116) are arranged on balance base (603), balances axle (602) it is arranged between the shaft center line of two groups of eccentric mountings (116)；Eccentric mounting (116) Suffered power is driven by balance base (603), balance axle (602) and transmission arm (601) Chute axle I (604) rotates, and meanwhile, drives chute (112) by chute rest (114) Swing.

A kind of cloth with Novel control chute inclination angle drive mechanism Glassware, it is characterised in that: two eccentric mounting (116) axis of rotation on balance base (603) Line is substantially parallel, and installation direction is consistent.

5. the one as described in claim 2 and 3 has Novel control chute inclination angle drive mechanism Distributing device, it is characterised in that: eccentric mounting (116) is by journal bearing (301) and to push away Power bearing (302) is arranged on Left Drive arm (115) and right transmission arm (201) or balance base (603) On.

The cloth of a kind of Novel control chute inclination angle the most as claimed in claim 5 drive mechanism Device, it is characterised in that: journal bearing (301) and thrust bearing (302) are by pressure ring I (305) Seal with sealing ring III (304).

A kind of cloth with Novel control chute inclination angle drive mechanism Glassware, it is characterised in that: roller (117) is to be arranged on roller by roller bearing (501) On axle (303), roller bearing (501) two ends are provided with pressure ring I I (504) and sealing ring III (304)。

8. there is a distributing device for Novel control chute inclination angle drive mechanism, including rotating cylinder (110), chute axle (113), chute axle bearing (203), it is characterised in that: chute axle axle Holding (203) to be arranged in bearing block (204), bearing block (204) is arranged on rotating cylinder (110) On, bearing block (204) can change from rotating cylinder (110).

The cloth of a kind of Novel control chute inclination angle the most as claimed in claim 8 drive mechanism Device, it is characterised in that: there are sealing ring II (205) and pressure ring (208) on bearing block (204) And sealing ring I (202).

The cloth of a kind of Novel control chute inclination angle the most as claimed in claim 8 drive mechanism Device, it is characterised in that: near the position that bearing block (204) installed by rotating cylinder (110), bore Aperture (206), aperture (206) is had to communicate with annular space (207)；Casing (107)

Nitrogen enters annular space (207) to sealing ring II (205) by aperture (206) Outside purge.