CN206184952U - Horizontal straightener of H shaped steel - Google Patents
Horizontal straightener of H shaped steel Download PDFInfo
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- CN206184952U CN206184952U CN201621266849.4U CN201621266849U CN206184952U CN 206184952 U CN206184952 U CN 206184952U CN 201621266849 U CN201621266849 U CN 201621266849U CN 206184952 U CN206184952 U CN 206184952U
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Abstract
The utility model relates to a shaped steel straightener, especially a horizontal straightener of H shaped steel. Straightener main part, straightener main part include base, fixing and correcting subassembly and removal straightening component, and the fixing and correcting subassembly arranges on the base with removal straightening component that the fixed eccentric correction of being equipped with two on the fixing and correcting subassembly is taken turns, and every fixed off -centre is corrected to take turns and is connected with respective main drive motor, are equipped with two the eccentric correction wheel of removal on the removal straightening component, and every removal off -centre is corrected to take turns and is connected with respective main drive motor, be provided with fixed initiative in the fixing and correcting wheel subassembly and correct the wheel, move to correct to be provided with in the wheel subassembly and move the initiative and correct the wheel. Compared with the prior art, straightener one end adopts fixed structure, and the other end adopts movable structure, and the mechanical effect is done all can and is corrected H shaped steel, and it is adjustable that strong normal position puts the height, can be suitable for the H steel component of multiple different pterygoid lamina height, can correct the flange plate of H shaped steel both sides, corrects the efficiency ratio unilateral and correct more than the improvement one time.
Description
Technical field
The utility model is related to a kind of shaped section steel straightening machine, particularly a kind of horizontal arbor press of H profile steel.
Background technology
Traditional H profile steel correction is vertical correction form, is corrected using one side, and realization correction is stood up in then lifting, during
Repeatedly lifting is needed, group is long between immediately and hoisting process has potential safety hazard.In one side correcting process, such as left and right sides correction
There is deviation in wheel adjustment, deviation easily occurs, and the H profile steel especially for short limb listrium occurs side sway phenomenon.
Utility model content
The purpose of this utility model is to provide a kind of deficiency for solving background technology and provide a kind of H profile steel horizontal correction
Machine.
The utility model is adopted the following technical scheme that：
A kind of horizontal arbor press of H profile steel, including arbor press main body, arbor press main body include base, fixed orthodontic component and
Mobile corrective component, fixed orthodontic component and mobile corrective component are arranged on base, right equipped with two on fixed orthodontic component
Claim the fixed eccentricity correction wheel for setting, each is fixed eccentricity correction wheel and is connected with respective main drive motor, mobile corrective component
Upper that two symmetrically arranged mobile eccentricity correction wheels are housed, each movement eccentricity correction wheel is connected with respective main drive motor；
Fixed actively correction wheel is provided with fixed orthodontic wheel assembly, mobile actively correction wheel is provided with mobile correction wheel assembly.
Using above-mentioned technical proposal the utility model compared with prior art, the arbor press one end use fixed knot
Structure, the other end uses portable structure, and by internal mechanical active force straightening H shaped steel, correction height is adjustable, can be applicable
The H profile steel component of various different wing plate height.Equipment completes rectifying for H profile steel component with rear and front end rollgang overall co-ordination
Just, it is easy to accomplish the automation of correction；Arbor press is capable of the flange plate of straightening H shaped steel both sides simultaneously, and correction efficiency is rectified than unilateral
Just it is enhanced about more than once.
Preferred scheme of the present utility model is：
Fixed eccentricity correction wheel is connected with fixing and locking mechanism；Mobile eccentricity correction wheel is connected with mobile retaining mechanism.
Mobile corrective component is arranged on the line slideway of base, equipped with the hydraulic cylinder being connected with moving assembly on base.
Fixed actively correction wheel is connected by the first main drive with fixed main drive motor；Mobile actively correction wheel is logical
The second main drive is crossed with mobile active drive motor connection.
Installation axle where fixed eccentricity correction wheel is eccentric shaft structure, and fixing and locking mechanism is connected with fixed bearing arm
In tooth-shape structure, the tooth-shape structure is sleeved in fixed eccentric shaft, and the fixed eccentric shaft is connected to gear wheel by being bonded, canine tooth
The locking tooth-shape structure mutually chimeric with tooth-shape structure is provided with another side end face of wheel, gear wheel is meshed with little gear, small
Gear is connected with fixed servomotor；Fixed bearing arm is actively corrected wheel shaft and is connected with fixation, and fixation actively corrected and filled on wheel shaft
There is fixed flange plate width apparatus for correcting, the second connecting rod in the fixation flange plate width apparatus for correcting and fixed elevating mechanism
Connection.
Installation axle where mobile eccentricity correction wheel is eccentric shaft structure, and fixing and locking mechanism is connected with mobile supporting arm
In tooth-shape structure, the tooth-shape structure is sleeved in fixed eccentric shaft, and the fixed eccentric shaft is connected to gear wheel by being bonded, canine tooth
The locking tooth-shape structure mutually chimeric with tooth-shape structure is provided with another side end face of wheel, gear wheel is meshed with little gear, small
Gear and shift servo motor connection；Mobile supporting arm is actively corrected wheel shaft and is connected with movement, and movement actively corrected and filled on wheel shaft
There is mobile flange plate width apparatus for correcting, the second connecting rod in the movement flange plate width apparatus for correcting and mobile elevating machine
Connection.
Mobile elevating machine is connected by hydraulic cylinder with base.
The first driven sprocket, the second drive sprocket in first main drive set with fixed actively correction wheel three in one
Put and actively corrected on wheel shaft mounted in fixation, the first driven sprocket and the second drive sprocket are separately positioned on fixed actively correction wheel
Both sides；The diameter with diameter greater than the first driven sprocket of fixed actively correction wheel, the first driven sprocket and the second drive sprocket
Equal diameters；Second drive sprocket is connected by the second chain with the second driven sprocket.
The first movement driven sprocket, the second movement drive sprocket and mobile actively correction wheel one in second main drive
Body sets and is actively corrected on wheel shaft mounted in movement, and the first movement driven sprocket and the second movement drive sprocket are separately positioned on shifting
The both sides of dynamic actively correction wheel；What mobile actively correction was taken turns moves driven sprocket and the second movement drive sprocket with diameter greater than first
Diameter, second movement drive sprocket by second movement sprocket wheel with second move driven sprocket is connected.
Mobile correction motor in mobile flange plate width apparatus for correcting is mobile to correct motor on the second movement transverse slat
The output shaft mobile leading screw of connection, the second movement transverse slat connected by the 3rd connecting rod with the second connecting rod in mobile elevating machine
Connect, the second movement transverse slat is fixedly connected by starting stave with the mobile mother lead screw on mobile supporting arm, and the movement mother lead screw connects
Connect and be connected with mobile leading screw.
Fixed orthodontic component is supported by stationary positioned and is placed on base, and mobile corrective component is supported by running fix
It is placed on base；Stationary positioned support frame is by the first fixation swash plate and for fixing base plate and be connected to above fixed base plate
One fixed vertical plate constitutes triangular structure, and transverse slat is fixed equipped with first in the first fixed vertical plate, and first fixes on transverse slat equipped with solid
Determine component wing plate bottom support wheel, support wheel is fixed equipped with web on the second fixation swash plate being connected with the first fixation transverse slat, the
Be also equipped with one fixed vertical plate with first fix transverse slat it is parallel second fixation transverse slat, second fix transverse slat on be equipped with and second
3rd fixation swash plate of the parallel setting of fixed swash plate, the 3rd fixes on swash plate equipped with fixation kit oil cylinder, fixation kit oil cylinder
The end of piston rod even draw fixation kit wing plate top braces wheel, the fixation kit wing plate top braces wheel and the fixation kit wing
The axis of both plate bottom support wheels is on same plumb line；Running fix support frame is by movable base plate and the mobile bottom of connection
The first movement swash plate and the first movement riser composition triangular structure above plate, it is horizontal equipped with the first movement on the first movement riser
Plate, moving assembly wing plate bottom support wheel is equipped with the first movement transverse slat, the second movement swash plate being connected with the first movement transverse slat
Upper to move support wheel equipped with web, the first movement riser is above also equipped with moving transverse slat with first, and the second parallel movement is horizontal
Plate, equipped with the 3rd movement swash plate of setting parallel with the second movement swash plate on the second movement transverse slat, fills on the 3rd movement swash plate
Even draw moving assembly wing plate top braces wheel, the movement group in the end for having moving assembly oil cylinder, the piston rod of moving assembly oil cylinder
The axis of both part wing plate top braces wheel and moving assembly wing plate bottom support wheel is on same plumb line.
Brief description of the drawings
Fig. 1 is overall structure diagram of the present utility model.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is apparatus for correcting figure.
Fig. 4 is eccentric adjustment figure.
Fig. 5 is the top view of Fig. 4.
Fig. 6 is the A-A sectional views in Fig. 5.
Fig. 7 is the structural representation of fixed actively correction wheel.
Fig. 8 is the B portions enlarged drawing in Fig. 2.
Specific embodiment：
Below in conjunction with the accompanying drawings and embodiment describes the utility model in detail：
A kind of horizontal arbor press of H profile steel, referring to accompanying drawing 1 to accompanying drawing 8, in figure：Base 1, fixed orthodontic component 2, fixed liter
Descending mechanism 3, head rod 301, first fix the fixation eccentricity correction of eccentricity correction wheel 4, second wheel 5, first and move eccentric rectifying
Positive wheel 6, second moves eccentricity correction wheel 7, mobile corrective component 8, mobile elevating machine 9, the second connecting rod 901, electrical equipment control
System 10；Hydraulic cylinder 11, workpiece 12；Fixed main drive motor 13, the first main drive 14, fixed actively correction wheel 15, the
One fixes transverse slat 16, fixed bearing arm 17, mobile supporting arm 1701, fixing and locking mechanism 18, mobile retaining mechanism 19, mobile master
Dynamic correction wheel 20, mobile main drive motor 21；First fixed eccentric shaft 22, the first tooth-shape structure 23, first lock tooth-shape structure
24th, gear wheel 25, little gear 26, fixed servomotor 27, the first driven sprocket 28, the second drive sprocket 2801, fixed active
Correction wheel shaft 29, mobile correction motor 30, second movement transverse slat 31, the second connecting rod 32, fixed orthodontic motor 34, first are fixed
Mother lead screw 35, first fixes wire lever 36, the first fixed vertical plate 37, first and moves riser 38, the 3rd connecting rod 39.
The horizontal arbor press of H profile steel in example, including arbor press main body are applied in this implementation, and arbor press main body is rectified by base 1, fixation
Positive component 2 and the mobile grade of corrective component 8 parts composition.
Both fixed orthodontic component 2 and mobile corrective component 8 are arranged on base in left and right form, fixed orthodontic component 2
It is upper that two symmetrically arranged fixed eccentricity correction wheels are housed：First fixes eccentricity correction wheel 4 and second fixes eccentricity correction wheel 5,
First axis for fixing both fixation eccentricity correction wheels 5 of eccentricity correction wheel 4 and first is located on same plumb line, Liang Zhecheng
Upper and lower corresponding is set.Each is fixed eccentricity correction wheel and is connected with respective main drive motor.
Two symmetrically arranged mobile eccentricity correction wheels are housed on mobile corrective component 8：The He of first movement eccentricity correction wheel 6
Second moves eccentricity correction wheel 7, and first moves the shifting of inclined correction wheel 6 and second advises the axis of both eccentricity correction wheels 7 positioned at same
On bar plumb line, both go to upper and lower and are correspondingly arranged.Each movement eccentricity correction wheel is connected with respective main drive motor.
First fixes the movement eccentricity correction wheel 6 of eccentricity correction wheel 4 and first, and both are set in diagonally opposing corner.
Two fixed actively correction wheels 15 are provided with fixed orthodontic component 2, two shiftings are provided with mobile corrective component 8
Dynamic actively correction wheel 20.
Fixed eccentricity correction wheel is connected with fixing and locking mechanism；Mobile eccentricity correction wheel is connected with mobile retaining mechanism.
Mobile corrective component 8 is arranged on the line slideway of base 1, is equipped with what is be connected with mobile corrective component on base 1
Hydraulic cylinder 11.
Fixed actively correction wheel 15 is connected by the first main drive 14 with fixed main drive motor 13；First main transmission
The first driven sprocket 28, the second drive sprocket 29 in device 14 are set and mounted in solid with fixed actively correction 15 three in one of wheel
Fixed actively to correct on wheel shaft 29, the first driven sprocket 28 and the second drive sprocket 2801 are separately positioned on fixed actively correction wheel 15
Both sides；The diameter with diameter greater than the first driven sprocket 28 of fixed actively correction wheel 15, the first driven sprocket 28 and the second master
The equal diameters of movable sprocket 2801；Second drive sprocket 2891 is connected by the second chain 2802 with the second driven sprocket 2803；
In installation axle where second driven sprocket 2803 actively correction wheel 2804 is fixed equipped with second.
Mobile actively correction wheel 20 is by the second main drive and mobile active drive motor connection；Second main transmission is filled
Put（Second main drive is identical with the structure of the first main drive 14）In first movement driven sprocket, second movement master
Movable sprocket sets and actively correct on wheel shaft mounted in movement with mobile actively correction wheel three in one, first move driven sprocket with
Second movement drive sprocket is separately positioned on the both sides of mobile actively correction wheel；What mobile actively correction was taken turns moves with diameter greater than first
The equal diameters of the diameter of dynamic driven sprocket, the first movement driven sprocket and the second movement drive sprocket；Second movement drive chain
Wheel is connected by the second movement chain with the second movement driven sprocket；Equipped with the in installation axle where second movement driven sprocket
Actively correction is taken turns for two movements.
Installation axle where fixed eccentricity correction wheel is eccentric shaft structure, and first fixes eccentricity correction wheel 4 and second fixes
The structure of eccentricity correction wheel 5 is identical, and mobile eccentricity correction wheel construction is identical with fixed eccentricity correction wheel construction, fixes eccentric with first
Illustrated as a example by correction wheel 4.
First installation axle for fixing the place of eccentricity correction wheel 4 is eccentric shaft structure, and fixation is connected with fixed bearing arm 17
The first tooth-shape structure 23 in retaining mechanism 18, first tooth-shape structure 23 is sleeved in the first fixed eccentric shaft 22, and this first
Fixed eccentric shaft 22 is connected to gear wheel 25 by being bonded, and is provided with another side end face of gear wheel 25 and the first tooth-shape structure 23
Mutually the first chimeric locking tooth-shape structure 24, gear wheel 25 is meshed with little gear 26, little gear 26 with fix servomotor 27
Connection；One end of fixed bearing arm 17 is connected with the installation axle where fixed actively correction wheel 15,15 institutes of fixed actively correction wheel
Installation axle be connected with the head rod 301 in fixed elevating mechanism 3.
Installation axle where mobile eccentricity correction wheel is eccentric shaft structure, and fixing and locking mechanism is connected with mobile supporting arm
In tooth-shape structure, the tooth-shape structure is sleeved in fixed eccentric shaft, and the fixed eccentric shaft is connected to gear wheel by being bonded, canine tooth
The locking tooth-shape structure mutually chimeric with tooth-shape structure is provided with another side end face of wheel, gear wheel is meshed with little gear, small
Gear and shift servo motor connection；One end of mobile supporting arm is connected with the installation axle where mobile actively correction wheel, mobile
Actively the installation axle where correction wheel is connected with the second connecting rod 901 in mobile elevating machine 9.
Mobile correction motor 30 in mobile flange plate width apparatus for correcting is mobile to correct on the second movement transverse slat 31
The output shaft mobile leading screw of connection of motor 30, the second movement transverse slat 31 is by the in the 3rd connecting rod 39 and mobile elevating machine
Two connecting rods 901 are connected, and the second movement transverse slat 31 is by the first movement riser 38（Strip hole is provided with first movement riser 38
Structure, strip pore structure is equipped with proximity switch）It is fixedly connected with the mobile mother lead screw 1702 on mobile supporting arm 1701, the movement
Mother lead screw 1702 is connected with mobile leading screw, and the movement leading screw is connected with mobile correction motor 30；When adapting to according to actual needs not
During the wing plate height of same specification size, drive mobile leading screw to rotate by mobile correction motor 30, realize mobile mother lead screw
1702 move up and down, so as to drive the upper and lower motion of mobile supporting arm 1701, realize eccentricity correction wheel relative to flange plate highly
The change of position.
Fixed flange plate width apparatus for correcting is identical with the structure of mobile flange plate width apparatus for correcting.
Equipped with fixed elevating mechanism 3 on fixed orthodontic component 2, mobile elevating machine 9 is housed on mobile corrective component 8；Gu
Determine elevating mechanism 3 and mobile elevating machine 9 is respectively adopted the liter that motor drives leading screw, leading screw and leading screw female seat attachment structure form
Drop machine；The lift is oriented to by line slideway.Mobile elevating machine 9 is connected by hydraulic cylinder 11 with base 1.
Arbor press in the present embodiment, one end uses stationary structure, the other end to use moveable structure, by inside
Mechanicals efforts straightening H shaped steel.Actively the height of correction wheel and eccentricity correction is adjustable, can be applicable various different wing plates high
The H profile steel component of degree.
Rollgang overall co-ordination of the equipment with forward and backward two ends group to padding machine completes the correction of H profile steel component, realizes
The automation function of correction.Arbor press is while the flange plate of straightening H shaped steel both sides, correction efficiency ratio one side is corrected and doubled.
Fixed elevating mechanism 3 can drive two fixed actively correction wheels be arrangeding in parallel and two fixations setting up and down
Eccentricity correction wheel is integrally moved up and down, and mobile elevating machine 9 can drive two mobile active correction wheels and two be arrangeding in parallel
Individual mobile eccentricity correction wheel setting up and down is integrally moved up and down.
Fixed active is rectified and mobile actively correction is taken turns and drive simultaneously H steel by correcting device, and by fixed eccentricity correction
The effect of wheel and mobile eccentricity correction wheel is corrected to H profile steel.
Lifting decelerator is installed on the body of base 1 to be oriented to by line slideway, the height position for adjusting correcting unit
Put so that correct the flange plate center of driving wheel central alignment H profile steel in center.
Fixed orthodontic component 2 is supported by stationary positioned and is placed on base 1, and mobile corrective component 8 passes through running fix
Support is placed on base 1.Stationary positioned support frame by fix base plate 207 and be connected to above fixed base plate first fixation
208 and first fixed vertical plate of swash plate 206 constitutes triangular structure, and transverse slat 201 is fixed equipped with first in the first fixed vertical plate 206,
First fixes on transverse slat 201 equipped with fixation kit wing plate bottom support wheel 43（Horizontal axis）, it is connected with the first fixation transverse slat 201
Second fixation swash plate 202 on equipped with web fix support wheel 44（Vertical axis）, it is also equipped with the first fixed vertical plate 206 and
One fixes the second parallel fixation transverse slat 204 of transverse slat 201, is equipped with the second fixation transverse slat 204 and second fixes the phase of swash plate 202
The 3rd fixation swash plate 204 be arrangeding in parallel, the 3rd fixes on swash plate 204 equipped with fixation kit oil cylinder 47, fixation kit oil cylinder 47
The end of piston rod even draw fixation kit wing plate top braces wheel 45（Horizontal axis）, the fixation kit wing plate top braces wheel
The axis of both 45 and fixation kit wing plate bottom support wheel 43 is on same plumb line.
Running fix support frame is by the first movement swash plate 808 and the above movable base plate 807 and connection movable base plate
The one movement composition triangular structure of riser 806, equipped with the first movement transverse slat 801 on the first movement riser 806, the first movement transverse slat
Moving assembly wing plate bottom support wheel 41 is housed on 801（Horizontal axis）, it is oblique with the second movement that the first movement transverse slat 801 is connected
On plate 802 support wheel 42 is moved equipped with web（Vertical axis）, it is also equipped with the first movement riser 806 and the first movement transverse slat
801 the second parallel movement transverse slats 804, are equipped with and the second movement parallel setting of swash plate 802 on the second movement transverse slat 804
3rd movement swash plate 804, moving assembly oil cylinder 46 is equipped with the 3rd movement swash plate 804, the piston rod of moving assembly oil cylinder 46
Even draw moving assembly wing plate top braces wheel 40 in end（Horizontal axis）, the moving assembly wing plate top braces wheel 40 and mobile group
The axis of both part wing plate bottom support wheels 41 is on same plumb line.
Drive motor is arranged on the rear of the correcting unit pedestal of fixed orthodontic component 2 and mobile corrective component composition 8, leads to
High-performance chain drive driving torque is crossed, is that fixed actively correction wheel and mobile actively correction wheel provide power.
Upper and lower two liftable eccentricity correction wheels are installed on fixed actively correction wheel, are driven by motor reducer
The position adjustment of correction wheel is realized in leading screw adjustment, is corrected with the flange plate for adapting to different height.
Fixed eccentricity correction wheel and mobile eccentricity correction wheel are respectively adopted eccentric form, by adjusting correction wheel eccentric position
The correction to different-thickness flange plate can be realized.The locking of flange plate correction wheel engages retaining mechanism using tooth form, while tooth
Eccentric scale sign is carved with shape locking plate, correction wheel position can be quickly positioned；Adjustment uses electronic adjustment.
Positive component 8 corrects support base on the line slideway of base 1, by base 1 by may move under movement is rectified
Being acted on for the hydraulic cylinder 11 of upper installation moved forward and backward on line slideway.
When H profile steel component is initially entered arbor press, first by moving corrective component 8 in the presence of hydraulic cylinder 11 by moving
Actively correct wheel and hold out against component median ventral plate；By the fixation kit wing plate top braces wheel 45 in fixed orthodontic component 2 and fixed group
Part wing plate bottom support wheel 43 is positioned and holds out against the left wing plate in component, by the moving assembly wing plate top in mobile corrective component 8
Portion's support wheel 40 is positioned and holds out against the right wing plate in component with moving assembly wing plate bottom support wheel 43, and support wheel is fixed by web
44 and web movement support wheel 42 position and hold out against the web in component.Hydraulic jack 11 holds out against front end has floating buffer machine
Structure, can adapt to changes of section by a small margin of the H profile steel caused by deformation.
Claims (11)
1. a kind of horizontal arbor press of H profile steel, including arbor press main body, it is characterised in that：Arbor press main body includes base, fixes and rectify
Positive component and mobile corrective component, fixed orthodontic component and mobile corrective component are arranged on base, are filled on fixed orthodontic component
There are two fixed eccentricity correction wheels, each is fixed eccentricity correction wheel and is connected with respective main drive motor, on mobile corrective component
Equipped with two mobile eccentricity correction wheels, each movement eccentricity correction wheel is connected with respective main drive motor；Fixed orthodontic wheel group
Fixed actively correction wheel is provided with part, mobile actively correction wheel is provided with mobile correction wheel assembly.
2. the horizontal arbor press of H profile steel according to claim 1, it is characterised in that：Fixed eccentricity correction wheel is locked with fixed
Mechanism connects；Mobile eccentricity correction wheel is connected with mobile retaining mechanism.
3. the horizontal arbor press of H profile steel according to claim 1, it is characterised in that：Mobile corrective component is arranged on base
On line slideway, equipped with the hydraulic cylinder being connected with moving assembly on base.
4. the horizontal arbor press of H profile steel according to claim 1, it is characterised in that：Fixed actively correction wheel is by the first master
Transmission device is connected with fixed main drive motor；Mobile actively correction wheel is by the second main drive and mobile active drive electricity
Machine is connected.
5. the horizontal arbor press of H profile steel according to claim 2, it is characterised in that：Installation where fixed eccentricity correction wheel
Axle is eccentric shaft structure, and the tooth-shape structure in fixing and locking mechanism is connected with fixed bearing arm, and the tooth-shape structure is sleeved on solid
Determine on eccentric shaft, the fixed eccentric shaft is connected to gear wheel by being bonded, and is provided with another side end face of gear wheel and tooth form knot
The locking tooth-shape structure that structure is mutually fitted together to, gear wheel is meshed with little gear, and little gear is connected with fixed servomotor；Fixed bearing
Arm is actively corrected wheel shaft and is connected with fixation, and fixation is actively corrected equipped with fixed flange plate width apparatus for correcting on wheel shaft, and this is fixed
Flange plate width apparatus for correcting is connected with the second connecting rod in fixed elevating mechanism.
6. the horizontal arbor press of H profile steel according to claim 2, it is characterised in that：Installation where mobile eccentricity correction wheel
Axle is eccentric shaft structure, and the tooth-shape structure in fixing and locking mechanism is connected with mobile supporting arm, and the tooth-shape structure is sleeved on solid
Determine on eccentric shaft, the fixed eccentric shaft is connected to gear wheel by being bonded, and is provided with another side end face of gear wheel and tooth form knot
The locking tooth-shape structure that structure is mutually fitted together to, gear wheel is meshed with little gear, little gear and shift servo motor connection；Mobile supporting
Arm is actively corrected wheel shaft and is connected with movement, and movement is actively corrected on wheel shaft equipped with mobile flange plate width apparatus for correcting, the movement
Flange plate width apparatus for correcting is connected with the second connecting rod in mobile elevating machine.
7. the horizontal arbor press of H profile steel according to claim 6, it is characterised in that：Mobile elevating machine by hydraulic cylinder with
Base is connected.
8. the horizontal arbor press of H profile steel according to claim 4, it is characterised in that：In first main drive first from
Movable sprocket, the second drive sprocket set and are actively corrected on wheel shaft mounted in fixation, first with fixed actively correction wheel three in one
Driven sprocket and the second drive sprocket are separately positioned on the both sides of fixed actively correction wheel；Fixed actively correction wheel with diameter greater than
The equal diameters of the diameter of the first driven sprocket, the first driven sprocket and the second drive sprocket；Second drive sprocket passes through second
Chain is connected with the second driven sprocket.
9. the horizontal arbor press of H profile steel according to claim 4, it is characterised in that：The first shifting in second main drive
Dynamic driven sprocket, the second movement drive sprocket and movement are actively corrected wheel and are wholely set and are actively corrected on wheel shaft mounted in movement,
First movement driven sprocket and the second movement drive sprocket are separately positioned on the both sides of mobile actively correction wheel；It is mobile actively to correct
The diameter that drive sprocket is moved with diameter greater than the first movement driven sprocket and second of wheel, the second movement drive sprocket passes through second
Mobile sprocket wheel is connected with the second movement driven sprocket.
10. the horizontal arbor press of H profile steel according to claim 6, it is characterised in that：In mobile flange plate width apparatus for correcting
Mobile correction motor on the second movement transverse slat, the mobile leading screw of output shaft connection of mobile correction motor, the second movement is horizontal
Plate is connected by the 3rd connecting rod with the second connecting rod in mobile elevating machine, and second fixes transverse slat by starting stave and shifting
Mobile mother lead screw on dynamic supporting arm is fixedly connected, and the movement mother lead screw is connected with mobile leading screw.
The 11. horizontal arbor presses of H profile steel according to claim 1, it is characterised in that：Fixed orthodontic component passes through stationary positioned
Support is placed on base, and mobile corrective component is supported by running fix and is placed on base；Stationary positioned support frame is by solid
Determine base plate and be connected to above fixed base plate first fixation swash plate and the first fixed vertical plate composition triangular structure, first consolidate
Determine to fix transverse slat equipped with first on riser, first fixes on transverse slat equipped with fixation kit wing plate bottom support wheel, is fixed with first
Support wheel is fixed equipped with web on second fixation swash plate of transverse slat connection, is also equipped with fixing transverse slat with first in the first fixed vertical plate
The second parallel fixation transverse slat, the second the 3rd fixation fixed equipped with setting parallel with the second fixation swash plate on transverse slat is oblique
Plate, the 3rd fixes equipped with fixation kit oil cylinder on swash plate, and fixation kit wing plate is even drawn in the end of the piston rod of fixation kit oil cylinder
The axis of both top braces wheel, the fixation kit wing plate top braces wheel and fixation kit wing plate bottom support wheel is in same
On plumb line；Running fix support frame is by the first movement swash plate above movable base plate and connection movable base plate and the first movement
Riser constitutes triangular structure, equipped with the first movement transverse slat on the first movement riser, moving assembly is housed on the first movement transverse slat
Wing plate bottom support wheel, support wheel, the first movement are moved on the second movement swash plate being connected with the first movement transverse slat equipped with web
Riser, is above also equipped with being equipped with the second movement transverse slat and the second movement with the first movement transverse slat, the second parallel movement transverse slat
3rd movement swash plate of the parallel setting of swash plate, moving assembly oil cylinder, the work of moving assembly oil cylinder are equipped with the 3rd movement swash plate
Even draw moving assembly wing plate top braces wheel, the moving assembly wing plate top braces wheel and moving assembly wing plate bottom in the end of stopper rod
The axis of both portion's support wheels is on same plumb line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621266849.4U CN206184952U (en) | 2016-11-24 | 2016-11-24 | Horizontal straightener of H shaped steel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621266849.4U CN206184952U (en) | 2016-11-24 | 2016-11-24 | Horizontal straightener of H shaped steel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206184952U true CN206184952U (en) | 2017-05-24 |
Family
ID=58724657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621266849.4U Expired - Fee Related CN206184952U (en) | 2016-11-24 | 2016-11-24 | Horizontal straightener of H shaped steel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206184952U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106270016A (en) * | 2016-11-24 | 2017-01-04 | 唐山开元特种焊接设备有限公司 | The horizontal arbor press of H profile steel |
-
2016
- 2016-11-24 CN CN201621266849.4U patent/CN206184952U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106270016A (en) * | 2016-11-24 | 2017-01-04 | 唐山开元特种焊接设备有限公司 | The horizontal arbor press of H profile steel |
| CN106270016B (en) * | 2016-11-24 | 2018-11-23 | 唐山开元特种焊接设备有限公司 | The horizontal straightening machine of H profile steel |
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Granted publication date: 20170524 Termination date: 20181124 |