CN201211534Y - Sheet leveller - Google Patents
Sheet leveller Download PDFInfo
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- CN201211534Y CN201211534Y CNU2008200137292U CN200820013729U CN201211534Y CN 201211534 Y CN201211534 Y CN 201211534Y CN U2008200137292 U CNU2008200137292 U CN U2008200137292U CN 200820013729 U CN200820013729 U CN 200820013729U CN 201211534 Y CN201211534 Y CN 201211534Y
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Abstract
The utility model discloses a sheet leveler, which comprises a machine body mechanism, a flat plate mechanism and a driving mechanism, wherein a machine body is provided with a front support and a rear support, a driving transmission roll is positioned at the upper part of a lower gear bracket, a plurality of driven transmission rolls are arranged parallel to the driving transmission roll, a transmission gear of the driving transmission roll is engaged with a lower intermediate wheel gear, the lower intermediate wheel gear is engaged with the adjacent driven transmission roll, a main gear of the driving transmission roll is engaged with a driven gear of a driving leveling roll, an intermediate gear of the driving leveling roll is engaged with an upper intermediate wheel gear, and the upper intermediate wheel gear is engaged with an adjacent driven leveling roll. The corresponding position at one side of each of the front support and the rear support is provided with a throat shaft roll, the throat shaft roll is positioned between two adjacent driven leveling rolls, upper tangential planes of the throat shaft roll and the driven leveling rolls are positioned on the same plane, and the central connecting line of the throat shaft roll and a driven leveling roll correspondingly positioned above the throat shaft roll is vertical to the upper tangential plane of the throat shaft roll. The sheet leveler has the advantages of scientific design, compact structure, steady and reliable performance, and good flat plate effect, and is suitable to be used for production or retrofitting of levelers.
Description
Technical field
The utility model relates to levelling machine, concrete is the plant equipment of sheet metal being carried out whole smoothing.
Background technology
A lot of equipment and apparatus adopt the sheet metal butt joint to form to liner and surperficial position when making mostly, even a lot of equipment are arranged as electric high and low pressure cabinet, and instrument board etc. itself are exactly to utilize thin plate to make; Yet influence product quality in the manufacturing process of thin plate butt joint sometimes because sheet material is uneven, simultaneously also not attractive in appearance, a primary procedure is smoothed sheet material exactly in the process that processing is manufactured for this reason.
The purl machine that uses is by the driven by motor reductor at present, reductor driven gear case, and gear-box has the output shaft with dull and stereotyped roller equal number, all be connected between every axle and the dull and stereotyped roller with universal coupling, purl machine is when work, on, the dull and stereotyped working roll of two rows is done relative rotation simultaneously and is finished dull and stereotyped work down, but the complex structure of this machine, and volume is bigger, especially when having passed through thin plate plate face after the repeatedly punching and smoothed, effect is not ideal, the general purl machine smoothing work that can only solve large-breadth plates by using now, and to local because punching, the smoothing at the rough and uneven in surface position that occurs during discharging but is difficult to reach the corresponding techniques requirement.
Summary of the invention
The purpose of this utility model is at the dull and stereotyped poor effect of the levelling machine of present use, especially part, drawing quality steel sheet smoothing back is still had irregular situation, the smoothing quality does not reach the problem of specification requirement, and a kind of compact conformation is provided, easy to operate, the very desirable sheet leveller of smoothing quality.
The technical scheme that adopts is:
Sheet leveller comprises fuselage mechanism, treadmill body and driving mechanism;
Described fuselage mechanism comprises lathe bed, front and back support, connecting rod; First half position above the lathe bed is provided with two fore-stocks that are parallel to each other and after-poppet respectively, and forward and backward support is formed by base and two columns, and two columns lay respectively at the two ends of base, and two columns are fixedlyed connected with base; The two ends of former and later two top of the trellis are provided with two respectively fully to being much of built-in beam and fixedly connected, and former and later two built-in beams are fixedly connected by two connecting rods that are parallel to each other;
The two ends on forward and backward built-in beam top are respectively equipped with handwheel, and former and later two relative handwheels are rotationally connected with the two ends of adjusting axle; Each handwheel all is connected with the end of worm screw, and the other end of worm screw is connected with the adjustment axle, the worm and wheel engagement, worm gear is fixedlyed connected with the adjustment leading screw, the nut that the adjustment leading screw difference at forward and backward built-in beam two ends is corresponding and the carrying roller tie-beam is interior is formed screw pair, and the carrying roller tie-beam is fixedlyed connected with the adjustment beam;
In the middle of two columns of forward and backward support, be respectively arranged with and adjust beam and back adjustment beam before moving up and down, the two ends of forward and backward adjustment beam are respectively arranged with the carrying roller tie-beam, and two the carrying roller tie-beams of forward and backward adjustment beam by two ends are fixed together.Preceding adjustment beam be provided with cog carriage and with adjust beam and fixedly connected, be provided with the lower gear carriage on the base top of fore-stock, the lower gear carriage is fixedlyed connected with fore-stock; Described driving mechanism comprises motor, speed changer; Motor and speed changer lay respectively at latter half of above the lathe bed, and motor shaft is by fixedlying connected with the power shaft of speed changer to wheel; Be provided with two snub pulley framves above the lathe bed, the snub pulley frame is fixedlyed connected with lathe bed, is provided with a plurality of parallel snub pulleys side by side between two snub pulley framves, and the two ends of snub pulley are installed in the snub pulley frame by bearing; Its design feature is:
Described treadmill body comprises initiatively straightener roll, a plurality of driven straightener roll, a plurality of snub pulleys, a plurality of upper supporting rollers, active live-roller, a plurality of driven live-rollers, two upper supporting roller frames, two snub pulley framves;
The below of connecting rod is provided with a carrying roller tie-beam, fixedly connected with former and later two adjustment beams respectively in the two ends of carrying roller tie-beam, be provided with two upper supporting roller frames below the carrying roller tie-beam, upper supporting roller frame is fixedlyed connected with the carrying roller tie-beam, a plurality of upper supporting rollers are installed in respectively between two upper supporting roller frames, and the two ends of upper supporting roller are installed in the upper supporting roller frame by bearing;
The two ends of described active straightener roll lay respectively at the middle part of forward and backward adjustment beam bottom, and initiatively the front end spindle nose of straightener roll is connected with the carriage turns that cogs by bearing; Initiatively straightener roll rear end spindle nose is rotationally connected by bearing and back adjustment beam, initiatively the both sides of straightener roll are provided with a plurality of driven straightener roll parallel respectively with the active straightener roll, be provided with a plurality of axle of carrier pulley of going up above the termination of a plurality of driven straightener rolls and active straightener roll, last axle of carrier pulley is provided with the idle wheel gear; As Fig. 2 and shown in Figure 4, driven straightener roll front end spindle nose is provided with driven gear, and the driven gear of a plurality of driven straightener rolls is meshing with each other with the last idle wheel gear of the last axle of carrier pulley that closes on;
The two ends of described active live-roller lay respectively at the middle part on forward and backward bracket base top, initiatively the front end spindle nose of live-roller is connected with the lower gear carriage turns by bearing, the lower gear carriage is fixedly connected on the base of fore-stock, and initiatively live-roller rear end spindle nose is rotationally connected by bearing and after-poppet; Initiatively the both sides of live-roller are provided with a plurality of driven live-roller parallel respectively with the active live-roller, and a plurality of driven live-rollers are provided with a plurality of axle of carrier pulley down below the active live-roller, and following axle of carrier pulley is provided with down the idle wheel gear; As Fig. 2 and shown in Figure 4, driven live-roller front end spindle nose is provided with from nutating gear, being meshing with each other from the following idle wheel gear of nutating gear with the following axle of carrier pulley that closes on of a plurality of driven live-rollers;
Initiatively the position, termination of live-roller front end spindle nose is provided with master gear, and the rear side of master gear is provided with travelling gear; Initiatively the position, termination of the front end spindle nose of straightener roll is provided with driven gear, and the rear side of driven gear is provided with idler gear; Initiatively the master gear on the live-roller is meshed with driven gear on the active straightener roll; Travelling gear on the active live-roller is meshed with the following idle wheel gear on the following axle of carrier pulley that closes on; Being meshed on following idle wheel gear and the driven live-roller spindle nose that closes on from nutating gear; That transmits so one by one being meshing with each other and whole driven live-rollers is rotated along clockwise direction; Idler gear on the active straightener roll is meshed with the last idle wheel gear on the last axle of carrier pulley that closes on; Last idle wheel gear is meshed with driven gear on the driven straightener roll spindle nose that closes on; Also be being meshing with each other of transmitting so one by one and whole driven straightener rolls are rotated in the counterclockwise direction;
On the position between corresponding two the adjacent driven live-rollers of former and later two bracket base one sides, at least one larynx beaming roller is set, and it is parallel with driven live-roller, larynx beaming roller two ends are rotationally connected by bearing and front and back support, the upper edge of larynx beaming roller and driven live-roller is positioned at same plane, and the line of centres of the driven straightener roll above larynx beaming roller and corresponding being positioned at is perpendicular to the upper edge of larynx beaming roller;
A unique output shaft of described speed changer passes through wheel is fixedlyed connected with the rear end of active live-roller.
Operation principle of the present utility model:
Driving reductor behind the electric motor starting rotates, unique output shaft of the reductor other end is connected with the active live-roller on the after-poppet, initiatively on the other end spindle nose of live-roller master gear and travelling gear are installed, the travelling gear rotation that is meshed with following idle wheel gear on the following axle of carrier pulley that closes on, the following idle wheel gear on a plurality of axle of carrier pulley down and the travelling gear of active live-roller, being meshing with each other together to rotate pushing simultaneously from nutating gear of driven live-roller travels forward thin plate, initiatively the master gear that is provided with of the spindle nose of live-roller is meshed with driven gear on the straightener roll spindle nose initiatively (so long as the lamella thickness of being smoothed two gears in the scope of 1-6mm can remain the duty of engagement), and the active straightener roll just can rotate synchronously with the active live-roller like this.Initiatively on the straightener roll idler gear is housed also, the idler gear synchronous rotation that is meshed with last idle wheel gear on the last axle of carrier pulley that closes on.Last idle wheel gear on a plurality of upward axle of carrier pulley is meshing with each other together to rotate also pushing with the driven gear of the idler gear of active straightener roll, driven straightener roll thin plate is travelled forward.
Rotate handwheel, driving worm gear by worm screw rotates, worm gear is that key is connected with adjusting screw mandrel, worm gear drives adjustment screw mandrel rotates, and adjusts screw mandrel and drives the interior Fixed Nut of carrying roller tie-beam, and then make thin and thick or rising or the decline of adjustment beam according to sheet material, push down sheet material so that go up straightener roll, thin plate in the middle of being positioned in active live-roller and active straightener roll rotating process both had been subjected to downward pressure, is subjected to proal power again, thereby finishes smoothing work on levelling machine.
Here the larynx beaming roller that installs additional is positioned at a plane because of itself and other a plurality of active rotation rollers, the flatness that this means the whole running roller of complete machine is strengthened, alleviate the concavity between adjacent two running rollers greatly, be equivalent on the plane that thin plate lies in a standard afterburning downwards, so can make thin plate guarantee that a flatness, whole smoothing ability is strengthened and improves.
Characteristics of the present utility model:
1, have stronger practicality: this machine has increased a larynx beaming roller between two adjacent driven live-rollers of support one end, the upper edge of larynx beaming roller and two adjacent driven live-rollers is positioned at same plane, when accessing, last adjustment beam and underbeam requiredly just can carry out work after by the gap of school thin plate, the thin plate that was punched has also passed through the larynx beaming roller of underbeam in by adjustment beam one side, because larynx beaming roller and driven live-roller are positioned at same plane, so flattened by force by all scraggly positions on the thin plate face of smoothing.
2, economic serviceability is strong: this machine has been cancelled the gear-box and the universal coupling attendant equipment of general levelling machine, and structure is simple relatively, thereby has saved a large amount of manufacturing costs, has alleviated daily maintenance, has saved running cost.
3, safe: simple to operate, very convenient for the dismounting of larynx beaming roller, in using and keeping in repair, there is not any potential safety hazard, there is not any pollution.
4, increase work efficiency: this machine is once smoothed moulding, does not exist because of the repeatedly work that repeats of smoothing repeatedly of out-of-flatness, and operating efficiency improves greatly, and because of there not being the work of repetition, so energy-conservation, the minimizing equipment attrition reduces labor intensity.
The utility model design science, reasonable, original, compact conformation, tight, easy to make, technical performance is reliable and stable, has development prospect preferably, and the utility model is applicable to levelling machine production or maintenance repacking.
Description of drawings
Fig. 1 is the utility model structural representation.
Fig. 2 is A-A cross-sectional schematic of Fig. 1.
Fig. 3 is B-B cross-sectional schematic of Fig. 1.
Fig. 4 is the utility model active live-roller, driven live-roller, following axle of carrier pulley and active straightener roll, goes up each gears engaged connection diagram of axle of carrier pulley.
Fig. 5 is a fore-stock structural representation of the present utility model.
Fig. 6 is an after-poppet structural representation of the present utility model.
The specific embodiment
Embodiment
Sheet leveller comprises fuselage mechanism, treadmill body and driving mechanism;
Fuselage mechanism comprises lathe bed 1, forward and backward support 22 and 34, connecting rod 10; First half position above the lathe bed 1 is provided with two fore-stocks that are parallel to each other 22 and after-poppet 34 respectively, forward and backward support 22 and 34 is formed by 23,29 and two columns of base 33, four columns 33 lay respectively at the two ends of base 23,29, and four columns 33 are fixedlyed connected with base 23,29 respectively; The two ends at former and later two supports 22 and 34 tops are provided with two respectively fully to being much of built-in beam 7 and fixedlying connected, and former and later two built-in beams are fixedly connected by two connecting rods that are parallel to each other 10; Former and later two supports 22 and 34 top are respectively arranged with built-in beam 7, and support 22 is fixedlyed connected with last built-in beam 7; The bottom of support 22 in front is provided with the carriage 30 that cogs, and the carriage 30 that cogs is fixedlyed connected with preceding adjustment beam 26; Former and later two supports 22 and 34 both upper ends thereof are respectively equipped with handwheel 8, and former and later two relative handwheels 8 are connected with worm screw 13, and worm screw 13 is rotationally connected with the two ends of adjusting axle 12; Described driving mechanism comprises motor 2, speed changer 3; Motor 2 and speed changer 3 are separately fixed at latter half of above the lathe bed 1, and the axle of motor 2 is by fixedlying connected with the power shaft of speed changer 3 to wheel, and the output shaft of speed changer 3 is by fixedlying connected with the rear end of active live-roller 4 to wheel.Be provided with two snub pulley framves 21 above the lathe bed 1, snub pulley frame 21 is fixedlyed connected with lathe bed 1, and 11 parallel snub pulleys 20 arranged side by side are installed in respectively between two snub pulley framves 21, and the two ends of snub pulley 20 are installed in the snub pulley frame 21 by bearing; Handwheel 8 above the front and back support 22,34 is fixedlyed connected with worm screw 13 respectively, and worm screw 13 is rotationally connected with the two ends of adjusting axle 12; Pot wheel 14 is rotationally connected with adjusting leading screw 15, and the threaded portion of adjusting leading screw 15 is rotationally connected with the hold-down nut 35 at the two ends of carrying roller link 6, and carrying roller tie-beam 6 is fixedlyed connected with adjustment beam 26;
Treadmill body comprises initiatively initiatively 28, two upper supporting roller frames of 4, nine driven live-rollers of live-roller 9, two snub pulley framves 21 of 11, of straightener rolls 5, eight 20, ten upper supporting rollers of 25, ten snub pulleys of driven straightener roll;
The below of connecting rod 10 is provided with a carrying roller tie-beam 6, fixedly connected with former and later two adjustment beams 26 respectively in the two ends of carrying roller tie-beam 6, be provided with two upper supporting roller frames 9 below the carrying roller tie-beam 6, upper supporting roller frame 9 is fixedlyed connected with carrying roller tie-beam 6, ten upper supporting rollers 11 are installed in respectively between two upper supporting roller frames 9, and the two ends of upper supporting roller 11 are installed in the upper supporting roller frame 9 by bearing;
Initiatively straightener roll 5 is positioned at the bottom of adjusting beam 26, and initiatively the front end spindle nose of straightener roll 5 is rotationally connected by the bearing and the carriage 30 that cogs, and the carriage 30 that cogs is fixedlyed connected with adjustment beam 26; Initiatively the rear end spindle nose of straightener roll 5 is fixedlyed connected with after-poppet 34 by bearing; Initiatively the both sides of straightener roll 5 and be arranged with eight driven straightener rolls 25 respectively in parallel with active straightener roll 5 are provided with axle of carrier pulley 32 on eight at active straightener roll 5 with above eight driven straightener rolls 25, and last axle of carrier pulley 32 is provided with idle wheel gear 36; The driven gear 27 that the front end spindle nose of driven straightener roll 25 is provided with 27, eight driven straightener rolls 25 of driven gear is meshing with each other with the adjacent last idle wheel gear 36 of going up axle of carrier pulley 32; As shown in Figure 4.
Initiatively live-roller 4 is positioned at lower gear carriage 31 tops, as shown in Figure 4, initiatively the front end spindle nose of live-roller 4 is rotatably connected on the lower gear carriage 31 by bearing, and lower gear carriage 31 is fixedly connected on the support 22, and initiatively the rear end spindle nose of live-roller 4 is rotationally connected by bearing and after-poppet 34; Initiatively the both sides of live-roller 4 and be arranged with nine driven live-rollers 28 respectively in parallel with active live-roller 4 are provided with nine following axle of carrier pulley 28 below active live-roller 4 and nine driven live-rollers 28, and following axle of carrier pulley 28 is provided with down idle wheel gear 37; Driven live-roller 28 front end spindle noses are provided with from nutating gear, are meshing with each other from nutating gear and adjacent following idle wheel gear 37;
Initiatively the position, termination of an end spindle nose of live-roller 4 is provided with master gear 18, the rear side of master gear 18 is provided with travelling gear 19, initiatively the position, termination of the front end spindle nose of straightener roll 5 is provided with driven gear 17, the rear side of driven gear 17 is provided with idler gear 16, initiatively the master gear 18 on the live-roller 4 is meshed with driven gear 17 on the active straightener roll 5, as shown in Figure 5; Travelling gear 19 on the active live-roller 4 is meshed with the following idle wheel gear 37 on the following axle of carrier pulley 38 that closes on; Being meshed on following idle wheel gear 37 and driven live-roller 28 spindle noses that close on from nutating gear, being meshed and whole driven live-rollers 28 rotated along clockwise direction so one by one; Idler gear 16 on the active straightener roll 5 is meshed with the last idle wheel gear 36 on the last axle of carrier pulley 32 that closes on; Last idle wheel gear 36 is meshed with driven gear 27 on driven straightener roll 25 spindle noses that close on;
On the corresponding position of a side of front and back support 22,34, a larynx beaming roller 24 is set, larynx beaming roller 24 is rotationally connected by the support 22,34 at bearing and two ends, larynx beaming roller 24 is between two adjacent driven live-rollers 28 of support 22,34 1 sides, larynx beaming roller 24 is parallel to driven live-roller 28, larynx beaming roller 24 is positioned at same plane with the upper edge of driven live-roller 28, the upper edge of the vertical and larynx beaming roller 24 of the line of centres of larynx beaming roller 24 and the corresponding driven straightener roll 25 that is positioned at the top.
Claims (1)
1, sheet leveller comprises fuselage mechanism, treadmill body and driving mechanism; Described fuselage mechanism comprises the connecting rod (10) of lathe bed (1), fore-stock (22) and after-poppet (34) and two symmetries; First half position above the lathe bed (1) is provided with two fore-stocks that are parallel to each other (22) and after-poppet (34) respectively, and forward and backward support (22) and (34) are made up of base (23), (29) correspondence and two columns (33) respectively; The two ends at former and later two supports (22) and (34) top are provided with two respectively fully to being much of built-in beam (7) and fixedlying connected, and forward and backward last two built-in beams (7) are fixedly connected by the connecting rod (10) of two symmetries that are parallel to each other;
The forward and backward both upper ends thereof that goes up built-in beam (7) is respectively equipped with handwheel (8), and former and later two relative handwheels (8) are rotationally connected with the two ends of adjusting axle (12); Each handwheel (8) all is connected with the end of worm screw (13), and the other end of worm screw (13) is connected with adjustment axle (12), worm screw (13) and worm gear (14) engagement, worm gear (14) is fixedlyed connected with adjustment leading screw (15), the nut that adjustment leading screw (15) difference at forward and backward built-in beam (7) two ends is corresponding and carrying roller tie-beam (6) is interior is formed screw pair, and carrying roller tie-beam (6) is fixedlyed connected with adjustment beam (26);
In the middle of two columns of forward and backward support (22) and (34), be respectively arranged with front and back moving up and down and adjust beam (26), the two ends of forward and backward adjustment beam (26) are respectively arranged with carrying roller tie-beam (6), two the carrying roller tie-beams (6) of forward and backward adjustment beam (26) by two ends are fixed together, preceding adjustment beam (26) is provided with the carriage that cogs (30) and fixedlys connected with adjustment beam (26), be provided with lower gear carriage (31) on the base top of fore-stock (22), lower gear carriage (31) is fixedlyed connected with fore-stock (22); Described driving mechanism comprises motor (2), speed changer (3); Motor (2) lays respectively at the latter half of of lathe bed (1) with speed changer (3), and the axle of motor (2) is by fixedlying connected with the power shaft of speed changer (3) to wheel; Be provided with two snub pulley framves (20) above the lathe bed (1), snub pulley frame (20) is fixedlyed connected with lathe bed (1), be provided with a plurality of parallel snub pulleys (20) side by side between two snub pulley framves (21), the two ends of snub pulley (20) are installed in the snub pulley frame (20) by bearing; It is characterized in that:
1), described treadmill body comprises initiatively straightener roll (5), a plurality of driven straightener roll (25), a plurality of snub pulleys (20), a plurality of upper supporting rollers (11), initiatively live-roller (4), a plurality of driven live-rollers (28), two upper supporting roller frames (9), two snub pulley framves (21);
The below of connecting rod (10) is provided with a carrying roller tie-beam (6), fixedly connected with former and later two adjustment beams (26) respectively in the two ends of carrying roller tie-beam (6), be provided with two upper supporting roller frames (9) below the carrying roller tie-beam (6), upper supporting roller frame (9) is fixedlyed connected with carrying roller tie-beam (6), a plurality of upper supporting rollers (11) are installed in respectively between two upper supporting roller frames (9), and the two ends of upper supporting roller (11) are installed in the upper supporting roller frame (9) by bearing;
2), the two ends of described active straightener roll (5) lay respectively at the middle part of adjusting beam (26) bottom, initiatively the front end spindle nose of straightener roll (5) is rotationally connected by the bearing and the carriage (30) that cogs, and the carriage that cogs (30) is fixedlyed connected with preceding adjustment beam (26); Initiatively straightener roll (5) rear end spindle nose is rotationally connected by bearing and back adjustment beam, initiatively the both sides of straightener roll (5) are provided with and active straightener roll (5) difference a plurality of abreast driven straightener rolls (25), be provided with a plurality of axle of carrier pulley (32) of going up above a plurality of driven straightener rolls (25) and the active straightener roll (5), last axle of carrier pulley (32) is provided with the idle wheel gear; Driven straightener roll (25) front end spindle nose is provided with driven gear (27), and the driven gear (27) of a plurality of driven straightener rolls (25) is meshing with each other with the last idle wheel gear of the last axle of carrier pulley (32) that closes on;
3), the two ends of described active live-roller (4) lay respectively at the middle part on front and back support base top, initiatively the front end spindle nose of live-roller (4) is rotationally connected by bearing and lower gear carriage (31), lower gear carriage (31) is fixedly connected on the base of fore-stock (22), and initiatively live-roller (4) rear end spindle nose is rotationally connected by bearing and after-poppet (34) base; Initiatively the both sides of live-roller (4) are provided with and active live-roller (4) difference parallel a plurality of driven live-rollers (28), a plurality of driven live-rollers (28) are provided with a plurality of axle of carrier pulley (38) down below active live-roller (4), following axle of carrier pulley (38) is provided with down the idle wheel gear; Driven live-roller (28) front end spindle nose is provided with from nutating gear (19), being meshing with each other from the following idle wheel gear of nutating gear (19) with the following axle of carrier pulley (38) that closes on of a plurality of driven live-rollers (28);
Initiatively the position, termination of live-roller (4) front end spindle nose is provided with master gear (18), and the rear side of master gear (18) is provided with travelling gear (19); Initiatively the position, termination of the front end spindle nose of straightener roll (5) is provided with driven gear (17), and the rear side of driven gear (17) is provided with idler gear (16); Initiatively the master gear (18) on the live-roller (4) is meshed with driven gear (17) on the active straightener roll (5); Travelling gear (19) on the active live-roller (4) is meshed with the following idle wheel gear on the following axle of carrier pulley (38) that closes on; Being meshed on following idle wheel gear and driven live-roller (28) spindle nose that closes on from nutating gear (19); Idler gear (16) on the active straightener roll (5) is meshed with the last idle wheel gear on the last axle of carrier pulley (32) that closes on; Last idle wheel gear is meshed with driven gear (27) on driven straightener roll (25) spindle nose that closes on;
4), on the position between former and later two supports (22), corresponding two the adjacent driven live-rollers (28) of (34) base one side, at least one larynx beaming roller (24) is set, larynx beaming roller (24) parallels with driven live-roller (28), larynx beaming roller (24) is rotationally connected by bearing and front and back support (22), (34), the upper edge of larynx beaming roller (24) and driven live-roller (28) is positioned at same plane, and the line of centres of the driven straightener roll (25) above larynx beaming roller (24) and corresponding being positioned at is perpendicular to the upper edge of larynx beaming roller (24);
5), a unique output shaft of described speed changer (3) passes through wheel is fixedlyed connected with the rear end of active live-roller (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200137292U CN201211534Y (en) | 2008-06-30 | 2008-06-30 | Sheet leveller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200137292U CN201211534Y (en) | 2008-06-30 | 2008-06-30 | Sheet leveller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201211534Y true CN201211534Y (en) | 2009-03-25 |
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ID=40495688
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200137292U Expired - Fee Related CN201211534Y (en) | 2008-06-30 | 2008-06-30 | Sheet leveller |
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| CN (1) | CN201211534Y (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009088A (en) * | 2010-10-18 | 2011-04-13 | 武汉华夏精冲技术有限公司 | Method for correcting planeness of large-dimension thin-plate parts |
| CN102357563A (en) * | 2011-10-19 | 2012-02-22 | 铜陵三佳山田科技有限公司 | Device for rolling coiled belt out |
| CN102909240A (en) * | 2012-10-26 | 2013-02-06 | 南京新立讯电器有限责任公司 | Leveler |
| CN103230966A (en) * | 2013-05-02 | 2013-08-07 | 张家港市金邦铝业有限公司 | Upper roller frame system suitable for precise leveling machine |
| CN103350128A (en) * | 2013-06-30 | 2013-10-16 | 上海威士机械有限公司 | Correcting tool for seal disc of inner barrel of clothes washing basket |
| CN104148450A (en) * | 2014-08-22 | 2014-11-19 | 苏州昌飞自动化设备厂 | Left and right position adjusting mechanism of automatic cutting machine for welded steel tube coil |
| CN105234208A (en) * | 2015-09-30 | 2016-01-13 | 灵璧鸿峰科技环保设备有限责任公司 | Plate flattening device |
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2008
- 2008-06-30 CN CNU2008200137292U patent/CN201211534Y/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009088A (en) * | 2010-10-18 | 2011-04-13 | 武汉华夏精冲技术有限公司 | Method for correcting planeness of large-dimension thin-plate parts |
| CN102009088B (en) * | 2010-10-18 | 2012-11-21 | 武汉华夏精冲技术有限公司 | Method for correcting planeness of large-dimension thin-plate parts |
| CN102357563A (en) * | 2011-10-19 | 2012-02-22 | 铜陵三佳山田科技有限公司 | Device for rolling coiled belt out |
| CN102909240A (en) * | 2012-10-26 | 2013-02-06 | 南京新立讯电器有限责任公司 | Leveler |
| CN102909240B (en) * | 2012-10-26 | 2015-04-15 | 南京新立讯电器有限责任公司 | Leveler |
| CN103230966A (en) * | 2013-05-02 | 2013-08-07 | 张家港市金邦铝业有限公司 | Upper roller frame system suitable for precise leveling machine |
| CN103350128A (en) * | 2013-06-30 | 2013-10-16 | 上海威士机械有限公司 | Correcting tool for seal disc of inner barrel of clothes washing basket |
| CN103350128B (en) * | 2013-06-30 | 2016-01-27 | 上海威士机械有限公司 | The correction tool of bucket seal disc in a kind of cage of doing washing |
| CN104148450A (en) * | 2014-08-22 | 2014-11-19 | 苏州昌飞自动化设备厂 | Left and right position adjusting mechanism of automatic cutting machine for welded steel tube coil |
| CN105234208A (en) * | 2015-09-30 | 2016-01-13 | 灵璧鸿峰科技环保设备有限责任公司 | Plate flattening device |
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