CN106694628B - A kind of double layer composite board level(l)ing machine - Google Patents
A kind of double layer composite board level(l)ing machine Download PDFInfo
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- CN106694628B CN106694628B CN201710138287.8A CN201710138287A CN106694628B CN 106694628 B CN106694628 B CN 106694628B CN 201710138287 A CN201710138287 A CN 201710138287A CN 106694628 B CN106694628 B CN 106694628B
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- cross beam
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- leveling roller
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D1/00—Straightening, restoring form or removing local distortions of sheet metal or specific articles made therefrom; Stretching sheet metal combined with rolling
- B21D1/02—Straightening, restoring form or removing local distortions of sheet metal or specific articles made therefrom; Stretching sheet metal combined with rolling by rollers
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Abstract
The invention discloses a kind of double layer composite board level(l)ing machines, it is related to a kind of leveling machine equipment, including gantry stand and the upper layer leveling roller system and leveling roller system, lower layer that are arranged on gantry stand, upper layer leveling roller system includes leveling roller and by leveling roller under the upper roller system of power device driving on upper roller system, and leveling roller is arranged on the upper moved cross beam on the gantry stand on upper roller system；Leveling roller system, lower layer includes fastening leveling roller under leveling roller and lower roll system by the lower roll of power device driving, and leveling roller is arranged on the lower moved cross beam on gantry stand under lower roll system.A kind of double layer composite board level(l)ing machine of the present invention can carry out leveling processing to upper ply-metal and lower ply-metal simultaneously, and high production efficiency reduces production cost.
Description
Technical field
The present invention relates to a kind of leveling machine equipments, specifically, being related to a kind of double layer composite board level(l)ing machine.
Background technique
Hot-rolled stainless steel Combined roll is to sandwich two layers of stainless steel plate by two layers of carbon steel sheet, and double layer composite board is formed after sealing
Base, then to the two-layer compound slab carry out hot rolling after, two internal layers of is formationed be stainless steel, two outer layers be carbon steel composite board volume,
According to user demand or the requirement of subsequent deep processing before factory, trimming is cut off after two-layer compound plate must being rolled up to first uncoiling, then is torn
It is divided into ply-metal and lower ply-metal.Upper ply-metal and lower ply-metal after tearing point pass through
It needs to handle upper ply-metal and lower ply-metal leveling after curvature of the spinal column processing, scarfing cinder processing.Existing level(l)ing machine
One piece of composite plate can only be once corrected, i.e., when upper ply-metal is after level(l)ing machine, then successively by lower ply-metal
It is handled through level(l)ing machine, this mode is bothersome laborious, and production efficiency is low, increases production cost.
Summary of the invention
The technical problems to be solved by the present invention are: providing a kind of double layer composite board level(l)ing machine, which can be simultaneously to upper
Ply-metal and lower ply-metal carry out leveling processing, and high production efficiency reduces production cost.
In order to solve the above technical problems, the technical scheme is that
A kind of double layer composite board level(l)ing machine, gantry stand, upper layer leveling roller system and leveling roller system, lower layer；The upper layer leveling
Roller system includes leveling roller and by leveling roller under the upper roller system of power device driving on upper roller system, and rollers turn is rectified on the upper roller system
It is installed on moved cross beam, the upper moved cross beam is connected to the gantry stand by balancing device；It is rectified under the upper roller system
Rollers turn is installed on fixed cross beam, and fixed crossbeam is fixedly connected with the gantry stand；The gantry plane is set up
It is equipped with stress frame, it is arc-shaped that the upper stress, which is placed on the top of the upper moved cross beam and contact surface between the two,
Upper guide surface；It is provided with rising-falling tone complete machine structure between the gantry stand and the upper stress frame, the upper stress frame and upper
Deflection device is provided between moved cross beam；Lower layer's leveling roller system includes leveling roller and being driven by power device under lower roll system
Dynamic lower roll fastens leveling roller, and the rotational installation of leveling roller is in lower moved cross beam, the lower moved cross beam connection under the lower roll system
In the gantry stand；The lower roll fastens the rotational installation of leveling roller in lower fixed cross beam, the lower fixed cross beam and the dragon
Door machine frame is fixedly connected；The gantry stand is provided with lower stress frame, and the lower moved cross beam is placed in the upper of the lower stress frame
Side, and contact surface between the two is arc-shaped lower guide surface；It is provided between the gantry stand and the lower stress frame
Lower lift adjustment mechanism is provided with lower deflection device between the lower stress frame and lower moved cross beam.
Preferably, fixed crossbeam can be integrated or be fixedly connected with the lower fixed cross beam.
Preferably, the upper rising-falling tone complete machine structure includes the upper lifting drive dress that the gantry stand top is arranged in
It sets, the output end of the upper lifting power plant is connected with upper leading screw, and the upper leading screw and the upper stress frame are hinged；Under described
Lift adjustment mechanism includes the lower lifting power plant that the gantry stand lower part is arranged in, the lower lifting power plant it is defeated
Outlet is connected with lower leading screw, and the lower leading screw and the lower stress frame are hinged.
Preferably, the upper deflection device includes the upper shaft for being rotatably installed in the upper stress frame, the upper shaft
Bias is connected with the upper driver plate for stirring the upper moved cross beam；One end of the upper shaft is connected with sector gear, institute
Sector gear is stated to connect with the output shaft gear of upper eccentric dynamic device；The lower deflection device is described including being rotatably installed in
The lower rotary shaft of lower stress frame, the lower rotary shaft bias are connected with the lower driver plate for stirring the lower moved cross beam；Described lower turn
One end of axis is connected with lower sector gear, and the lower sector gear is connect with the output shaft gear of lower eccentric dynamic device.
Preferably, being provided with upper backup roll device on the upper moved cross beam, the upper backup roll device includes upper branch
Support roller support and the upper backup roll pedestal that connect with the upper backup roll bracket are provided with support on the upper backup roll pedestal
Roller is additionally provided with the upper backup roll height adjustment dress for adjusting the upper backup roll base height on the upper backup roll bracket
It sets；Be provided with lower backing roll device on the lower moved cross beam, the lower backing roll device include lower backing roll bracket and with institute
The lower backing roll pedestal of lower backing roll bracket connection is stated, is provided with lower backing roll, the lower support on the lower backing roll pedestal
The lower backing roll height adjustment device for adjusting the lower backing roll base height is additionally provided in roller support.
Preferably, the upper backup roll height adjustment device includes upper inclined wedge, the upper inclined wedge is located at upper inclined wedge support
It is interior, it is connected between the upper inclined wedge support and the upper backup roll bracket, the upper surface of the upper inclined wedge and the upper inclined wedge branch
The lower surface of seat is the face that is slidably matched, and the lower surface of the upper inclined wedge and the upper backup roll pedestal upper surface are inclined sliding
One end of mating surface, the upper inclined wedge is connected with spiro rod regulating device；The lower backing roll height adjustment device includes oblique
Wedge, the lower inclined wedge are located in lower inclined wedge support, connect between the lower inclined wedge support and the lower backing roll bracket, under described
The lower surface of inclined wedge and the upper surface of the lower inclined wedge support are the face that is slidably matched, the upper surface of the lower inclined wedge and the lower branch
Support roller pedestal lower surface is the inclined face that is slidably matched, and one end of the lower inclined wedge is connected with lower spiro rod regulating device.
Preferably, the upper moved cross beam is slidably arranged on the gantry stand by upper guide pad, the upper work
Contact surface between dynamic crossbeam and the upper guide pad is arc-shaped guide surface；The lower moved cross beam is sliding by lower guide pad
Dynamic to be arranged on the gantry stand, the contact surface between the lower moved cross beam and the lower guide pad is arc-shaped guiding
Face；The upper stress frame and the lower stress frame pass through guide rail respectively and are slidably connected with the gantry stand.
Preferably, being provided with upper instruction disk and lower instruction disk, the upper instruction Pan Bao in the side of the gantry stand
It includes and is fixed on the upper stress frame for showing the upper oscillating quantity instruction disk of moved cross beam oscillating quantity and being fixed on described gantry
The upper drafts of the upper moved cross beam drafts of rack indicates that disk, the lower instruction disk include being fixed on the lower stress frame to be used for
It shows the bottom momentum instruction disk of lower moved cross beam oscillating quantity and is fixed on the gantry stand for showing lower moved cross beam pressure
The lower drafts of lower amount indicates disk
Preferably, the balancing device includes pull rod, one end of the pull rod is connected to the dragon by spring
On the crossbeam of door machine frame, the other end of the pull rod and the upper moved cross beam are hinged.
Preferably, one end of the feedstock direction on the gantry stand is provided with the folder driven by the power device
Send roller.
After above-mentioned technical proposal, the beneficial effects of the present invention are:
It is divided into upper ply-metal and lower ply-metal since double layer composite board is torn, is handled by the curvature of the spinal column, scarfing cinder
It is wide according to composite plate technological parameter, such as steel grade, plate thickness, plate before composite plate enters double layer composite board level(l)ing machine after processing,
It determines on opening degree, leveling speed and the upper roller system of upper layer leveling roller system and leveling roller system, lower layer under leveling roller and lower roll system
The beat amount of leveling roller, after determining parameter, upper ply-metal on the upper roller system of double layer composite board level(l)ing machine leveling roller and
Pass through between leveling roller under upper roller system, lower ply-metal fastens leveling roller and lower roll in the lower roll of double layer composite board level(l)ing machine
It is to pass through between lower leveling roller, therefore upper ply-metal and lower ply-metal carry out leveling processing simultaneously, improve
Production efficiency；The beat amount for adjusting leveling roller under leveling roller and lower roll system on upper roller system, is not only realized to upper ply-metal
With the warpage recurvation leveling of lower ply-metal, and leveling roller tilt adjustments can increase sheet metal deformation number of bends, make plate
Expect that flatness is more preferable；Contact surface is arc-shaped upper guide surface between upper moved cross beam and upper stress frame, extends the guide surface longevity
Life, improves accuracy of machines retentivity；Contact surface is arc-shaped lower guiding circular arc face between lower moved cross beam and lower stress frame,
The guide surface service life is extended, accuracy of machines retentivity is improved.
Due to being provided with upper backup roll device on upper moved cross beam, the support roller of upper backup roll device is pressed against on upper roller system
On leveling roller, leveling roller on upper roller system can be kept horizontal.
Due to being provided with lower backing roll device on lower moved cross beam, the support roller of lower backing roll device is pressed against under lower roll system
On leveling roller, leveling roller under lower roll system can be kept horizontal.
In conclusion a kind of double layer composite board level(l)ing machine of the present invention solves level(l)ing machine in the prior art and can only once rectify
Positive one piece of composite plate, the low problem of production efficiency.A kind of double layer composite board level(l)ing machine of the present invention can be compound to upper bimetallic simultaneously
Plate and lower ply-metal carry out leveling processing, and high production efficiency reduces production cost.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that a kind of double layer composite board level(l)ing machine of the present invention is overlooked；
Fig. 2 is the structural schematic diagram in the direction A-A in Fig. 1；
Fig. 3 is the structural schematic diagram in the direction C in Fig. 2；
Fig. 4 is the structural schematic diagram in the direction B-B in Fig. 2；
Fig. 5 is the structural schematic diagram of upper instruction disk；
In figure: 501- gantry stand, leveling roller on 502- upper roller system, 503- power device, leveling roller under 504- upper roller system,
The upper moved cross beam of 505-, 506- lower roll fasten leveling roller, leveling roller under 507- lower roll system, moved cross beam under 508-, solid on 509-
Determine crossbeam, the upper guide pad of 510-, 511- balancing device, the upper stress frame of 512-, the upper guide surface of 513-, the upper lifting drive dress of 514-
It sets, 515- upper leading screw, 517- upper shaft, the upper sector gear of 518-, the upper eccentric dynamic device of 519-, 520- upper backup roll bracket,
521- upper backup roll pedestal, 522- upper backup roll, 523- upper backup roll height adjustment device, fixed cross beam under 524-, under 525-
Guide pad, 526- lower stress frame, guide surface under 527-, lifting power plant under 528-, 529- lower leading screw, 531- lower rotary shaft,
Sector gear under 532-, eccentric dynamic device under 533-, 534- lower backing roll bracket, 535- lower backing roll pedestal prop up under 536-
Support roller, 537- lower backing roll height adjustment device, 538- pinch roller, the upper oscillating quantity instruction disk of 539-, the upper drafts instruction of 540-
Disk indicates disk on 541-, indicates disk under 542-, the upper driver plate of 543-, driver plate under 544-, 545- spring, 546- pull rod, and 547- is upper oblique
Wedge, the upper inclined wedge bracket of 548-, the upper spiro rod regulating device of 549-, inclined wedge under 550-, inclined wedge support under 551-, screw rod is adjusted under 552-
Device.
Specific embodiment
Present invention will be further explained below with reference to the attached drawings and examples.
As shown in Figure 1, Figure 2 and Fig. 3 is jointly shown, a kind of double layer composite board level(l)ing machine, gantry stand 501, upper layer leveling roller system
With leveling roller system, lower layer；Upper layer leveling roller system includes on upper roller system under leveling roller 502 and the upper roller system driven by power device 503
Leveling roller 504, for the rotational installation of leveling roller 502 in upper moved cross beam 505, upper moved cross beam 505 passes through balancing device on upper roller system
511 are connected to gantry stand 501；The rotational installation of leveling roller 504 is in upper fixed cross beam 509 under upper roller system, upper fixed cross beam 509 with
Gantry stand 501 is fixedly connected；Gantry stand 501 is provided with stress frame 512, and upper stress frame 512 is placed in moved cross beam 505
Top and contact surface between the two be arc-shaped upper guide surface 513；It is set between gantry stand 501 and upper stress frame 512
It is equipped with the upper rising-falling tone complete machine structure gone up and down for controlling upper stress frame 512, is set between upper stress frame 512 and upper moved cross beam 505
It is equipped with the upper deflection device for controlling upper 505 beat of moved cross beam；Leveling roller system, lower layer includes leveling roller 507 and by moving under lower roll system
The lower roll that power device 503 drives fastens leveling roller 506, and leveling roller 507 is rotatablely installed in lower moved cross beam 508 under lower roll system, under
Moved cross beam 508 is connected to gantry stand 501；Lower roll fastens the rotational installation of leveling roller 506 in lower fixed cross beam 524, lower fixation
Crossbeam 524 is fixedly connected with gantry stand 501；Gantry stand 501 is provided with lower stress frame 526, and lower moved cross beam 508 is placed in down
The top of stress frame 526, and contact surface between the two is arc-shaped lower guide surface 527；Gantry stand 501 and lower stress frame
Be provided with the lower lift adjustment mechanism that control lower stress frame 526 is gone up and down between 526, lower stress frame 526 and lower moved cross beam 508 it
Between be provided with the lower deflection device of 508 beat of Controlled mobilization crossbeam.
As shown in figure 3, it is divided into upper ply-metal and lower ply-metal since double layer composite board is torn when work,
After curvature of the spinal column processing, scarfing cinder processing, before composite plate enters double layer composite board level(l)ing machine, according to composite plate technological parameter, such as
Steel grade, plate thickness, plate are wide etc., determine on opening degree, leveling speed and the upper roller system of upper layer leveling roller system and leveling roller system, lower layer
The beat amount of leveling roller 507 under leveling roller 502 and lower roll system, after determining parameter, upper ply-metal is rectified in double layer composite board
Pass through between leveling roller 504 under leveling roller 502 and upper roller system on the upper roller system of flat machine, lower ply-metal is in double layer composite board
The lower roll of level(l)ing machine is fastened to be passed through between leveling roller 507 under leveling roller 506 and lower roll system, therefore upper ply-metal and lower pair
Composite metal plate carries out leveling processing simultaneously, improves production efficiency；Adjust on upper roller system leveling under leveling roller 502 and lower roll system
The beat amount of roller 507 not only realizes the warpage recurvation leveling to upper ply-metal and lower ply-metal, but also leveling
Roller tilt adjustments can increase sheet metal deformation number of bends, keep plate flatness more preferable.
As shown in figure 3, in the present invention, upper fixed cross beam 509 can be integrated or be fixedly connected with lower fixed cross beam 524.
As shown in Figures 2 and 3, in the present invention, upper rising-falling tone complete machine structure includes 501 top of gantry stand is arranged in upper
Lifting power plant 514, upper lifting power plant 514 include decelerating motor or speed reducer and motor, upper lifting power plant 514
Output end be connected with upper leading screw 515, upper leading screw 515 and upper stress frame 512 are hinged；Lower lift adjustment mechanism includes being arranged in dragon
The lower lifting power plant 528 of 501 lower part of door machine frame, lower lifting power plant include decelerating motor or speed reducer and motor, under
The output end of lifting power plant 528 is connected with lower leading screw 529, and lower leading screw 529 and lower stress frame 526 are hinged.
As shown in Figures 2 and 3, in the present invention, upper deflection device includes the upper shaft for being rotatably installed in stress frame 512
517,517 bias of upper shaft is connected with the upper driver plate 543 for stirring upper moved cross beam 505；One end of upper shaft 517 is connected with
Upper sector gear 518, upper sector gear 518 are connect with the output shaft gear of upper eccentric dynamic device 519, upper eccentric dynamic device
519 include decelerating motor or speed reducer and motor；Lower deflection device includes the lower rotary shaft 531 for being rotatably installed in lower stress frame 526,
531 bias of lower rotary shaft is connected with the lower driver plate 544 for stirring lower moved cross beam 508；One end of lower rotary shaft 531 is connected with lower fan
Shape gear 532, lower sector gear 532 are connect with the output shaft gear of lower eccentric dynamic device 533, lower eccentric dynamic device 533
Including decelerating motor or speed reducer and motor.
As shown in Figure 3 and Figure 4, in the present invention, upper backup roll device, upper backup roll are provided on upper moved cross beam 505
Device includes upper backup roll bracket 520 and the upper backup roll pedestal 521 connecting with upper backup roll bracket 520, upper backup roll pedestal
It is provided with upper backup roll 522 on 521, is additionally provided on upper backup roll bracket 520 for adjusting 521 height of upper backup roll pedestal
Upper backup roll height adjustment device 523；Lower backing roll device is provided on lower moved cross beam 508, under lower backing roll device includes
Support roller support 534 and the lower backing roll pedestal 535 that connect with lower backing roll bracket 534 are provided on lower backing roll pedestal 535
Lower backing roll 536, the lower backing roll being additionally provided on lower backing roll bracket 534 for adjusting 535 height of lower backing roll pedestal are high
Spend regulating device 537.
As shown in figure 4, upper backup roll height adjustment device 523 includes upper inclined wedge 547, upper inclined wedge 547 is located at upper inclined wedge branch
It in seat 548, is connected between upper inclined wedge support 548 and upper backup roll bracket 520, the upper surface of upper inclined wedge 547 and upper inclined wedge support
548 lower surface is the face that is slidably matched, and the lower surface and 521 upper surface of upper backup roll pedestal of upper inclined wedge 547 are inclined sliding
Mating surface, one end of upper inclined wedge 547 are connected with spiro rod regulating device 549, and upper spiro rod regulating device 549 is for adjusting inclined wedge
547 with the sliding position of upper inclined wedge support 548；Lower backing roll height adjustment device 537 includes lower inclined wedge 550, lower inclined wedge 550
In in lower inclined wedge support 551, connected between lower inclined wedge support 551 and lower backing roll bracket 534, the lower surface of lower inclined wedge 550 with
The upper surface of lower inclined wedge support 551 is the face that is slidably matched, and upper surface and 535 lower surface of lower backing roll pedestal of lower inclined wedge 550 are
The inclined face that is slidably matched, one end of lower inclined wedge 550 are connected with lower spiro rod regulating device 552, and lower spiro rod regulating device 552 is used for
Adjust lower relative sliding position between inclined wedge 550 and lower inclined wedge support 551.
As Fig. 3 and Fig. 4 jointly shown in, in the present invention, upper moved cross beam 505 is slidably arranged in by upper guide pad 510
On gantry stand 501, the contact surface between upper moved cross beam 505 and upper guide pad 510 is arc-shaped guide surface；Lower movable transverse
Beam 508 is slidably arranged on gantry stand 501 by lower guide pad 525, between lower moved cross beam 508 and lower guide pad 525
Contact surface is arc-shaped guide surface；Upper stress frame 512 and lower stress frame 526 are slided by guide rail and gantry stand 501 respectively
Connection.
As shown in Figure 2 and Figure 5, the side of gantry stand 501 is provided with upper instruction disk 541 and lower instruction disk 542, upper finger
Show that disk 541 includes being fixed on stress frame 512 for showing that the upper oscillating quantity of 505 oscillating quantity of moved cross beam indicates 539 He of disk
Gantry stand 501 is fixed on for showing that the upper drafts of moved cross beam drafts indicates that disk 540, lower instruction disk 542 include
Lower stress frame 526 is fixed on for showing the bottom momentum instruction disk of lower 508 oscillating quantity of moved cross beam and being fixed on gantry stand
501 for showing the lower drafts instruction disk of lower moved cross beam drafts.
As shown in Figure 2 and Figure 4, in the present invention, balancing device 511 includes pull rod 546, and one end of pull rod 546 passes through bullet
Spring 545 is resiliently attached on the crossbeam of gantry stand 501, and the other end of pull rod 546 and upper moved cross beam 505 are hinged.
As shown in Figure 1 and Figure 4, in the present invention, one end of the feedstock direction on gantry stand 501 is provided with by power
The pinch roller 538 that device 503 drives.
Above-described embodiment is only the citing of the specific embodiment of the invention, and protection scope of the present invention is with claim
Subject to content, any equivalent transformation carried out based on technical inspiration of the invention, also within protection scope of the present invention.
Claims (8)
1. a kind of double layer composite board level(l)ing machine, comprising:
Gantry stand, upper layer leveling roller system and leveling roller system, lower layer；It is characterized in that,
The upper layer leveling roller system include on upper roller system leveling roller and by power device driving upper roller system under leveling roller, it is described on
Roller fastens the rotational installation of leveling roller in upper moved cross beam, and the upper moved cross beam is connected to the gantry plane by balancing device
Frame；The rotational installation of leveling roller is in upper fixed cross beam, fixed crossbeam and the fixed company of the gantry stand under the upper roller system
It connects；The gantry stand is provided with stress frame, and the upper stress is placed on the top of the upper moved cross beam and between the two
Contact surface be arc-shaped upper guide surface；Rising-falling tone complete machine is provided between the gantry stand and the upper stress frame
Structure is provided with deflection device between the upper stress frame and upper moved cross beam；The upper deflection device includes being rotatably installed in
The upper shaft of the upper stress frame, the upper shaft bias are connected with the upper driver plate for stirring the upper moved cross beam；It is described
One end of upper shaft is connected with sector gear, and the upper sector gear is connect with the output shaft gear of upper eccentric dynamic device；
Lower layer's leveling roller system include under lower roll system leveling roller and by power device drive lower roll fasten leveling roller, under described
For the rotational installation of leveling roller in lower moved cross beam, the lower moved cross beam is connected to the gantry stand under roller system；The lower roll system
In lower fixed cross beam, the lower fixed cross beam is fixedly connected with the gantry stand for upper leveling roller rotational installation；The gantry plane
Erection is equipped with lower stress frame, and the lower moved cross beam is placed in the top of the lower stress frame, and contact surface between the two is circle
The lower guide surface of arc；Lower lift adjustment mechanism, the lower stress are provided between the gantry stand and the lower stress frame
Lower deflection device is provided between frame and lower moved cross beam；The lower deflection device includes being rotatably installed in the lower stress frame
Lower rotary shaft, the lower rotary shaft bias are connected with the lower driver plate for stirring the lower moved cross beam；One end of the lower rotary shaft connects
It is connected to lower sector gear, the lower sector gear is connect with the output shaft gear of lower eccentric dynamic device；
Leveling roller and the lower roll fasten leveling roller vertical direction are rotatably installed in fixed cross respectively under the upper roller system
On beam and the lower fixed cross beam；
The upper moved cross beam is slidably arranged on the gantry stand by upper guide pad, the upper moved cross beam and it is described on
Contact surface between guide pad is arc-shaped guide surface；The lower moved cross beam is slidably arranged in the dragon by lower guide pad
On door machine frame, the contact surface between the lower moved cross beam and the lower guide pad is arc-shaped guide surface；The upper stress
Frame and the lower stress frame pass through guide rail respectively and are slidably connected with the gantry stand.
2. a kind of double layer composite board level(l)ing machine as described in claim 1, it is characterised in that: fixed crossbeam and it is described under
Fixed cross beam can be integrated or be fixedly connected.
3. a kind of double layer composite board level(l)ing machine as described in claim 1, it is characterised in that: the upper rising-falling tone complete machine structure includes
The upper lifting power plant on the gantry stand top is set, and the output end of the upper lifting power plant is connected with silk
Thick stick, the upper leading screw and the upper stress frame are hinged；
The lower lift adjustment mechanism includes the lower lifting power plant that the gantry stand lower part is arranged in, and the lower lifting is dynamic
The output end of power device is connected with lower leading screw, and the lower leading screw and the lower stress frame are hinged.
4. a kind of double layer composite board level(l)ing machine as described in claim 1, it is characterised in that: be provided on the upper moved cross beam
Upper backup roll device, the upper backup roll device include upper backup roll bracket and the upper support that connect with the upper backup roll bracket
Roller pedestal is provided with upper backup roll on the upper backup roll pedestal, is additionally provided on the upper backup roll bracket for adjusting
State the upper backup roll height adjustment device of upper backup roll base height；
Be provided with lower backing roll device on the lower moved cross beam, the lower backing roll device include lower backing roll bracket and with institute
The lower backing roll pedestal of lower backing roll bracket connection is stated, is provided with lower backing roll, the lower support on the lower backing roll pedestal
The lower backing roll height adjustment device for adjusting the lower backing roll base height is additionally provided in roller support.
5. a kind of double layer composite board level(l)ing machine as claimed in claim 4, it is characterised in that: the upper backup roll height adjustment dress
It sets including upper inclined wedge, the upper inclined wedge is located in upper inclined wedge support, between the upper inclined wedge support and the upper backup roll bracket
The lower surface of connection, the upper surface of the upper inclined wedge and the upper inclined wedge support is the face that is slidably matched, the following table of the upper inclined wedge
Face and the upper backup roll pedestal upper surface are the inclined face that is slidably matched, and one end of the upper inclined wedge is connected with screw rod adjusting
Device；The lower backing roll height adjustment device includes lower inclined wedge, and the lower inclined wedge is located in lower inclined wedge support, the lower inclined wedge
It is connected between support and the lower backing roll bracket, the upper surface of the lower surface of the lower inclined wedge and the lower inclined wedge support is to slide
Dynamic mating surface, the upper surface and lower backing roll pedestal lower surface of the lower inclined wedge are the inclined face that is slidably matched, under described
One end of inclined wedge is connected with lower spiro rod regulating device.
6. a kind of double layer composite board level(l)ing machine as described in claim 1, it is characterised in that: set in the side of the gantry stand
It is equipped with instruction disk and lower instruction disk, the upper instruction disk includes being fixed on the upper stress frame for showing that moved cross beam is put
The upper drafts instruction disk of the upper oscillating quantity instruction disk of momentum and the upper moved cross beam drafts for being fixed on the gantry stand, institute
Stating lower instruction disk includes being fixed on the lower stress frame for showing that the bottom momentum of lower moved cross beam oscillating quantity indicates disk and solid
The gantry stand is scheduled on for showing that the lower drafts of lower moved cross beam drafts indicates disk.
7. a kind of double layer composite board level(l)ing machine as described in claim 1, it is characterised in that: the balancing device includes pull rod,
One end of the pull rod is connected on the crossbeam of the gantry stand by spring, the other end of the pull rod and it is described on
Moved cross beam is hinged.
8. a kind of double layer composite board level(l)ing machine as described in claim 1, it is characterised in that: the charging on the gantry stand
The one end in direction is provided with the pinch roller driven by the power device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710138287.8A CN106694628B (en) | 2017-03-09 | 2017-03-09 | A kind of double layer composite board level(l)ing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710138287.8A CN106694628B (en) | 2017-03-09 | 2017-03-09 | A kind of double layer composite board level(l)ing machine |
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| Publication Number | Publication Date |
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| CN106694628A CN106694628A (en) | 2017-05-24 |
| CN106694628B true CN106694628B (en) | 2019-07-05 |
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| CN201710138287.8A Active CN106694628B (en) | 2017-03-09 | 2017-03-09 | A kind of double layer composite board level(l)ing machine |
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| CN109454127A (en) * | 2018-03-30 | 2019-03-12 | 湖州虹君机械有限公司 | A kind of iron volume cleaning device |
| CN109570270A (en) * | 2018-12-29 | 2019-04-05 | 浙江科鑫重工有限公司 | A kind of plate-levelling machine and its application method |
| CN114101389B (en) * | 2022-01-27 | 2022-04-19 | 广东库迪数控技术有限公司 | Leveling device |
| CN115301764B (en) * | 2022-08-25 | 2024-04-30 | 中冶南方工程技术有限公司 | Multi-roller straightener and high-strength steel plate strip heat treatment production system |
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| CN106694628A (en) | 2017-05-24 |
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