CN209208077U - A kind of steel plate overlay film doubling deviation device - Google Patents
A kind of steel plate overlay film doubling deviation device Download PDFInfo
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- CN209208077U CN209208077U CN201822014745.XU CN201822014745U CN209208077U CN 209208077 U CN209208077 U CN 209208077U CN 201822014745 U CN201822014745 U CN 201822014745U CN 209208077 U CN209208077 U CN 209208077U
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Abstract
The utility model discloses a kind of steel plate overlay film doubling deviation devices.The mechanism that tilts of left and right deviation correction mechanism and lower half portion including top half, left and right deviation correction mechanism are located at the top for the mechanism that tilts, and coating materials is successively by left and right deviation correction mechanism and the mechanism that tilts；Left and right deviation correction mechanism includes upper ground surface basis, Automatic change film device, guide wheel assembly and upper hydraulic pressure cylinder assembly；Guide wheel assembly includes wheel bracket, guide wheel shaft, guide wheel and guide rail, and upper hydraulic pressure cylinder assembly includes upper hydraulic cylinder, connecting shaft, cylinder bottom seat, connecting rod, bracket connecting shaft and subbase connection support, and the mechanism that tilts includes lower ground base, left and right vertical plate；Rotary module includes two hinge axis and i type joint component, and pitch drives component includes lower hydraulic cylinder, two hinge axis and i type joint.When the utility model can solve a kind of only correction control, the speed that when overlay film generates is inadequate, precision not enough caused by overlay film Problem of Failure；Improving production efficiency reduces scrappage.
Description
Technical field
The utility model relates to steel plate color printing fields, and in particular to a kind of steel plate overlay film doubling deviation device is used for steel
Plate surface coating materials it is accurate laminating.
Background technique
With the development of domestic economy, human resources it is increasingly deficient, production batch is increasing, it is desirable that automation
Level also wants higher and higher, and most of equipment for coating film only has one direction correction, seriously affects overlay film speed and precision.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of steel plate overlay film doubling deviation device.
In order to achieve the above object, the technical solution adopted in the utility model is:
The utility model includes the left and right deviation correction mechanism of top half and the mechanism that tilts of lower half portion, left and right correction
Mechanism is located at the top for the mechanism that tilts, and coating materials is successively by left and right deviation correction mechanism and the mechanism that tilts.
Left and right deviation correction mechanism includes upper ground surface basis, Automatic change film device, guide wheel assembly and upper hydraulic pressure cylinder assembly；Upper ground surface
On the basis of unsplit bedplate is installed, Automatic change film device is fixedly installed on unsplit bedplate, unsplit bedplate is along coating materials conveying direction
Both sides of the edge side is equipped with multiple guide wheel assemblies, is equipped with hydraulic pressure cylinder assembly between upper ground surface basis in the middle part of unsplit bedplate,
Upper hydraulic cylinder Component driver unsplit bedplate and Automatic change film device thereon are located at upper ground surface base under guide wheel assembly supporting guide
Horizontal linear is mobile on plinth；Guide wheel assembly includes wheel bracket, guide wheel shaft, guide wheel and guide rail, and wheel bracket is fixed on integral bottom
The side of seat hingedly installs guide wheel by guide wheel shaft on wheel bracket, is equipped with the guide rail being fixed on unsplit bedplate below guide wheel,
Guide rail is parallel to the central axis direction of Automatic change film device, and guide wheel is inlaid on guide rail and moves along guide rail；Upper hydraulic pressure cylinder assembly packet
Hydraulic cylinder, upper hydraulic cylinder connecting shaft, upper hydraulic cylinder base, upper hydraulic cylinder connecting rod, bracket connecting shaft and subbase connection support are included,
Upper hydraulic cylinder base is fixed on upper ground surface basis, and upper hydraulic cylinder body passes through the upper cylinder bottom of upper hydraulic cylinder connecting shaft articulated connection
Seat, one end of upper hydraulic cylinder piston rod and upper hydraulic cylinder connecting rod is coaxially affixed, and the other end of upper hydraulic cylinder connecting rod with bracket through being connected
One end of spindle and subbase connection support is hinged, and unsplit bedplate, upper hydraulic cylinder and upper liquid are fixed in one end of subbase connection support
Cylinder pressure connecting rod is horizontally disposed and is parallel to the central axis direction of Automatic change film device, and coating materials conveying direction is perpendicular to Automatic change film
The central axis direction of device；Upper hydraulic cylinder operation, piston rod is flexible to push unsplit bedplate to pass through guide wheel on guide rail along left and right two
Side is accurately moved, and then the Automatic change film device being horizontally mounted on unsplit bedplate is driven to move equally, to realize integral bottom
Automatic change film device on seat is adjusted relative to coating materials or so rectifies a deviation.
The mechanism that tilts includes lower ground base, left risers and right risers, installation pedestal in lower ground base,
Two sides on pedestal are equipped with left risers and right risers, and connection installs overlay film roll assembly under between left risers and right risers top
Overlay film roll assembly passes through steel plate and coating materials between upper overlay film roll assembly and lower overlay film roll assembly；Left risers and right risers bottom are equal
Oriented component is installed, one of them bottom of left risers and right risers is equipped with pitch drives component；Oriented group
Part includes being located in the middle rotary module and being located at two rolling oriented modules of two sides, and two rolling oriented modules are distinguished
It is installed between vertical plate bottom surface both side and unsplit bedplate, rotary module is installed in the middle part of vertical plate bottom surface between unsplit bedplate；Rolling
Action-oriented module includes support shaft, rolling bearing and stabilizer blade；Left risers and right risers bottom are respectively screwed two support shafts,
Rolling bearing is set in support shaft, stabilizer blade is fixed on pedestal, and stabilizer blade is the block structure that centre opens up level trough, the axis of rolling
Make the activity in the level trough of stabilizer blade for idler wheel；Rotary module includes hinge axis D, hinge axis C and i type joint component,
One end of hinge axis D and i type joint component is hinged, and the other end and hinge axis C of i type joint component are hinged, and hinge axis D is fixed on
The side of vertical plate bottom surface, hinge axis C are fixed on the pedestal below the other side of vertical plate bottom surface；I type joint component includes two
Coaxially connected i type joint B and the adjustment bolt being connected between the end B of two i type joints adjust two by adjusting bolt
Axial spacing distance between i type joint B；Pitch drives component includes lower hydraulic cylinder, hinge axis A, i type joint A and hinge axis
B；Lower hydraulic cylinder body is mounted on hinge axis A by oilless bearing, and hinge axis A is fixed among pedestal, the work of lower hydraulic cylinder
Stopper rod is fixedly connected by nut with one end of i type joint A, and the i type joint A other end is hinged by spherical bearing and hinge axis B,
Hinge axis B is fixed in left risers and the one of vertical plate of right risers；The piston rod of lower hydraulic cylinder drives wherein one when flexible
A vertical plate yaw tilt, the vertical plate bottom wherein the rolling bearing in a side roll oriented module in stabilizer blade along one direction along inverse
One curved path of hour hands rolls, and makes the rolling bearing in another side roll oriented module in the vertical plate bottom in reverse direction along the inverse time
One curved path of needle rolls, and then the vertical plate tilts and another vertical plate is driven to tilt in the same direction.
The utility model realizes coating materials axial direction wound membrane positioning and rectifying by left and right deviation correction mechanism, i.e., coating materials axial ends and
The fitting at surface of steel plate both ends positions, and by tilting, mechanism is realized, the circumferential wound membrane correction of the axially different position of coating materials,
I.e. the axially different position of coating materials is bonded positioning in the alignment of surface of steel plate.
The upper hydraulic cylinder piston boom end has external screw thread, and one end end face of upper hydraulic cylinder connecting rod is provided with threaded hole,
Fixation is tightened with nut in threaded hole of the upper hydraulic cylinder piston boom end by being threaded into upper hydraulic cylinder connecting rod.
The pedestal by hinge axis C spherical bearing end cap i type joint B adjustment bolt hinge axis D respectively with left risers and
Right risers connection.
In the rolling oriented module of the oriented component rolling bearing by end cap with screw axial be fixed in
In support shaft.
The spherical bearing of two i type joints end B is used by end cap in the rotary module of the oriented component
Screw axial is fixed on hinge axis D/ hinge axis C.
Oilless bearing in the pitch drives component is fixed with screw axial on hinge axis A also by end cap.
The utility model has the beneficial effect that
When the utility model is able to achieve steel plate overlay film, by pushing and pulling while two hydraulic cylinders, while it is multiple to control coating materials
Direction and steel plate precise alignment, when removing a kind of only correction control from, the speed that when overlay film generates is inadequate, and precision is not caused enough
Overlay film Problem of Failure.Improving production efficiency reduces scrappage.
The hydraulic cylinder selects the model for being directed to the high operating condition of position precision.In steel plate overlay film, examined by other equipment
Drafting board material and coating materials left-right deviation and the deviation that tilts are directly fed back to each hydraulic cylinder respectively, play the work of on-line tuning
With.
Detailed description of the invention
Fig. 1 is the main view of deviation correcting device on the utility model；
Fig. 2 is the right view of deviation correcting device under the utility model；
Fig. 3 is the A-A partial view of Fig. 1；
Fig. 4 is the partial enlarged view B of Fig. 1；
Fig. 5 is the partial enlarged view C of Fig. 1；
Fig. 6 is the partial enlarged view D of Fig. 2；
Fig. 7 is the partial front elevation view of deviation correcting device under the utility model；
Fig. 8 is the partial left side view of deviation correcting device under the utility model；
Fig. 9 is the A-A view of Fig. 7；
Figure 10 is the B-B partial sectional view of Fig. 9；
Figure 11 is the C-C partial sectional view of Fig. 9；
Figure 12 is the D-D partial sectional view of Fig. 9；
Figure 13 is the local three-view diagram of three-dimensional of deviation correcting device under the utility model；
Figure 14 is the location diagram of deviation correcting device above and below the utility model.
In figure: 1, Automatic change film device, 2, guide wheel, 3, guide wheel shaft, 4, guide rail, 5, wheel bracket, 6, unsplit bedplate, 7, on
Hydraulic cylinder base, 8, upper hydraulic cylinder, 9, upper hydraulic cylinder connecting shaft, 10, upper hydraulic cylinder connecting rod, 11, bracket connecting shaft, 12, pedestal
Connecting bracket；13, left risers, 14, pedestal, 15, lower hydraulic cylinder, 16, end cap, 17, oilless bearing, 18, hinge axis A, 19, right vertical
Plate, 20, hinge axis B, 21, i type joint A, 22, spherical bearing, 23, upper overlay film roll assembly, 24, lower overlay film roll assembly, 25, i type
Joint B, 26, hinge axis C, 27, i adjustment bolt, 28, support shaft, 29, rolling bearing, 30, stabilizer blade, 31, hinge axis D, 32, film
Material, 33, upper ground surface basis, 34, lower ground base, 35, steel plate.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
The mechanism that tilts of left and right deviation correction mechanism and lower half portion of the utility model specific implementation including top half,
Left and right deviation correction mechanism is located at the top for the mechanism that tilts, and coating materials 32 is successively by left and right deviation correction mechanism and the mechanism that tilts；
Left-right position deviation between top half major corrections film and steel plate 35, between lower half portion major corrections film and steel plate 35
Tilt deviation.
As depicted in figs. 1 and 2, left and right deviation correction mechanism include upper ground surface basis 33, Automatic change film device 1, guide wheel assembly and
Upper hydraulic pressure cylinder assembly；Unsplit bedplate 6 is installed, wherein thering is Automatic change film device 1, wheel bracket 5, pedestal to connect on upper ground surface basis 33
Bracket 12 is connect to be fixedly mounted on unsplit bedplate 6；Automatic change film device 1, unsplit bedplate 6 are fixedly installed on unsplit bedplate 6
Along the both sides of the edge side of 32 conveying direction of coating materials be equipped with multiple guide wheel assemblies, guide wheel assembly supporting guide unsplit bedplate 6 and its
On Automatic change film device 1 on upper ground surface basis 33 horizontal linear it is mobile, between 6 middle part of unsplit bedplate and upper ground surface basis 33
Hydraulic pressure cylinder assembly is installed, upper hydraulic cylinder Component driver unsplit bedplate 6 and Automatic change film device 1 thereon are in guide wheel assembly branch
Support guidance is lower to be located at horizontal linear movement on upper ground surface basis 33.Dotted line wire in Fig. 1 and Fig. 3 indicates the side that coating materials 32 is wound
Edge.
As shown in Figure 3, Figure 5 and Figure 6, guide wheel assembly includes wheel bracket 5, guide wheel shaft 3, guide wheel 2 and guide rail 4, guide wheel branch
Frame 5 is fixed on the side of unsplit bedplate 6, passes through the hingedly installation guide wheel 2 of guide wheel shaft 3 on wheel bracket 5, is equipped with below guide wheel 2 solid
Due to the guide rail 4 on unsplit bedplate 6, guide rail 4 is parallel to the central axis direction of Automatic change film device 1, and guide wheel 2 is inlaid in guide rail 4
On moved along guide rail 4.
As shown in Figure 3, Figure 4, upper hydraulic pressure cylinder assembly includes upper hydraulic cylinder 8, upper hydraulic cylinder connecting shaft 9, upper hydraulic cylinder base
7, upper hydraulic cylinder connecting rod 10, bracket connecting shaft 11 and subbase connection support 12, upper hydraulic cylinder base 7 are fixed on upper ground surface basis
33, upper 8 cylinder body of hydraulic cylinder is articulated and connected upper hydraulic cylinder base 7 by upper hydraulic cylinder connecting shaft 9, upper 8 piston rod of hydraulic cylinder with it is upper
One end of hydraulic cylinder connecting rod 10 is coaxially affixed by nut, and upper 8 piston rod end of hydraulic cylinder has external screw thread, upper hydraulic cylinder connecting rod
10 one end end face is provided with threaded hole, and upper 8 piston rod end of hydraulic cylinder is by being threaded into the threaded hole of upper hydraulic cylinder connecting rod 10
It is interior to tighten fixation with nut.The other end of upper hydraulic cylinder connecting rod 10 is through one end with bracket connecting shaft 11 and subbase connection support 12
Hingedly, unsplit bedplate 6 is fixed on by screw in one end of subbase connection support 12, and upper hydraulic cylinder 8 and upper hydraulic cylinder connecting rod 10 are equal
Central axis direction that is horizontally disposed and being parallel to Automatic change film device 1,32 conveying direction of coating materials is perpendicular to Automatic change film device 1
Central axis direction.
As shown in Fig. 7 and Fig. 8, Figure 13 and Figure 14, the mechanism that tilts includes that lower ground base 34, left risers 13 and the right side are vertical
Plate 19, installation pedestal 14 in lower ground base 34, wherein having hinge axis A18, two hinge axis C26, four arrangements of stabilizer blades 30 solid
It is scheduled on pedestal 14, the two sides on pedestal 14 are equipped with left risers 13 and right risers 19, and left risers 13 are parallel with right risers 19 along film
Expect that 32 conveying direction directions face arrangement, is connected between 19 top of left risers 13 and right risers by bearing block and install overlay film
Roll assembly 23 and lower overlay film roll assembly 24, upper overlay film roll assembly 23 and lower overlay film roll assembly 24 mainly collectively constitute overlay film and integrally prop up
Frame passes through steel plate 35 and coating materials 32 between upper overlay film roll assembly 23 and lower overlay film roll assembly 24；19 bottom of left risers 13 and right risers
Portion is mounted on oriented component, one of them bottom of left risers 13 and right risers 19 is equipped with pitch drives component, left
The identical centre between left risers 13 and right risers 19 of oriented modular construction of 19 bottom of vertical plate 13 and right risers is pair
Claim two sides arrangement.
As shown in Fig. 7, Fig. 8 and Figure 10, oriented component includes being located in the middle rotary module and being located at two sides
Two rolling oriented modules, two rolling oriented modules be respectively arranged in 13/19 bottom surface both side of vertical plate and unsplit bedplate 6 it
Between, rotary module is installed in the middle part of 13/19 bottom surface of vertical plate between unsplit bedplate 6；Rolling oriented module includes support shaft 28, rolling
Dynamic bearing 29 and stabilizer blade 30；Left risers 13 and 19 bottom of right risers are respectively screwed two support shafts 28, cover in support shaft 28
Equipped with rolling bearing 29, stabilizer blade 30 is fixed on pedestal 14, and stabilizer blade 30 is the block structure that centre opens up level trough, rolling bearing
29 activities in the level trough of stabilizer blade 30 as idler wheel；Rolling bearing 29 is logical in the rolling oriented module of oriented component
End cap 16 is crossed to be fixed with screw axial in support shaft 28.
In specific implementation, stabilizer blade 30, support shaft 28 and rolling bearing 29 non-parallel to 32 conveying direction of coating materials nor hang down
It is directly in tilted layout in 32 conveying direction of coating materials on pedestal 14, it is suitable along one direction in stabilizer blade 30 that rolling bearing 29 can be oriented to
A curved path counterclockwise rolls.As shown in Figure 1, the oriented component of the same side of left risers 13 and right risers 19 is in
Between be arranged symmetrically.
As shown in Figure 8 and Figure 11, rotary module includes hinge axis D31, hinge axis C26 and i type joint component, hinge axis
D31 is hinged by one end of spherical bearing 22 and i type joint component, and the other end of i type joint component passes through 22 He of spherical bearing
Hinge axis C26 is hinged, and hinge axis D31 is fixed on the side of 13/19 bottom surface of vertical plate, can deviate middle position and be arranged in non-interposition
It sets, hinge axis C26 is fixed on the pedestal 14 below the other side of 13/19 bottom surface of vertical plate；I type joint component includes two coaxial
The i type joint B25 of connection and the adjustment bolt 27 being connected between the end B25 of two i type joints, by adjusting the adjusting of bolt 27
Axial spacing distance between two i type joint B25；Two i type joints end B25 in the rotary module of oriented component
Spherical bearing 22 be fixed with screw axial on hinge axis D31/ hinge axis C26 by end cap 16.
As shown in figs. 9 and 12, pitch drives component includes lower hydraulic cylinder 15, hinge axis A18, i type joint A21 and hinge
Axis B20；Lower 15 cylinder body of hydraulic cylinder is mounted on hinge axis A18 by oilless bearing 17, and hinge axis A18 is fixed in pedestal 14
Between, the piston rod of lower hydraulic cylinder 15 is fixedly connected by nut with one end of i type joint A21, and the i type joint A21 other end passes through
Spherical bearing 22 and hinge axis B20 are hinged, and hinge axis B20 is fixed on left risers 13 and the one of vertical plate 13/19 of right risers 19
On；Oilless bearing 17 is fixed with screw axial on hinge axis A18 also by end cap 16.
Pedestal 14 is distinguished by 22 end cap 16i type joint B25 adjustment bolt of hinge axis C26 spherical bearing, 27 hinge axis D31
It is connect with left risers 13 and right risers 19.
The course of work of the utility model is as follows:
Upper hydraulic cylinder 8 is run, and piston rod is flexible to push unsplit bedplate 6 accurate along the left and right sides on guide rail 4 by guide wheel 2
It is mobile, and then the Automatic change film device 1 being horizontally mounted on unsplit bedplate 6 is driven to move equally, to realize on unsplit bedplate 6
Automatic change film device 1 relative to coating materials 32 or so adjust rectify a deviation.
The piston rod of lower hydraulic cylinder 15 drives one of 13/19 yaw tilt of vertical plate, the vertical plate 13/19 when flexible
Bottom wherein the rolling bearing 29 in a side roll oriented module in stabilizer blade 30 along one direction along a curved path counterclockwise
It rolls, due to the limit pulling function of rotary module, makes the axis of rolling in another side roll oriented module in 13/19 bottom of vertical plate
It holds 29 to roll along a curved path counterclockwise in reverse direction, and then the vertical plate 13/19 tilts and drives another vertical plate 13/19
It tilts in the same direction, to realize that above the steel plate between overlay film roll assembly 23 and lower overlay film roll assembly 24 is relative to coating materials volume 32
It rectifies a deviation around tilt adjustments.
When the utility model can solve a kind of only correction control as a result, the speed that when overlay film generates is inadequate, and precision is inadequate
Caused overlay film Problem of Failure, improving production efficiency reduce scrappage.
Above-mentioned specific embodiment is used to illustrate the utility model, rather than limits the utility model,
In the spirit and scope of protection of the claims of the utility model, to any modifications and changes that the utility model is made, all fall
Enter the protection scope of the utility model.
Claims (6)
1. a kind of steel plate overlay film doubling deviation device, it is characterised in that: left and right deviation correction mechanism and lower half including top half
The mechanism that tilts divided, left and right deviation correction mechanism are located at the top for the mechanism that tilts, and coating materials (32) is successively by left and right correction
Mechanism and the mechanism that tilts；
Left and right deviation correction mechanism includes upper ground surface basic (33), Automatic change film device (1), guide wheel assembly and upper hydraulic pressure cylinder assembly；On
Unsplit bedplate (6) are installed in ground base (33), are fixedly installed with Automatic change film device (1), unsplit bedplate on unsplit bedplate (6)
(6) multiple guide wheel assemblies, unsplit bedplate (6) middle part and upper ground surface base are equipped with along the both sides of the edge side of coating materials (32) conveying direction
Hydraulic pressure cylinder assembly is installed, upper hydraulic cylinder Component driver unsplit bedplate (6) and Automatic change film device thereon between plinth (33)
(1) it is mobile to be located at horizontal linear on upper ground surface basic (33) under guide wheel assembly supporting guide；Guide wheel assembly includes wheel bracket
(5), guide wheel shaft (3), guide wheel (2) and guide rail (4), wheel bracket (5) are fixed on the side of unsplit bedplate (6), wheel bracket (5)
It is upper that guide wheel (2) hingedly are installed by guide wheel shaft (3), it is equipped with the guide rail (4) being fixed on unsplit bedplate (6) below guide wheel (2), leads
Rail (4) is parallel to the central axis direction of Automatic change film device (1), and guide wheel (2) is inlaid on guide rail (4) mobile along guide rail (4)；On
Hydraulic pressure cylinder assembly include upper hydraulic cylinder (8), upper hydraulic cylinder connecting shaft (9), upper hydraulic cylinder base (7), upper hydraulic cylinder connecting rod (10),
Bracket connecting shaft (11) and subbase connection support (12), upper hydraulic cylinder base (7) are fixed on upper ground surface basis (33), upper hydraulic cylinder
(8) cylinder body is by hydraulic cylinder base (7) in upper hydraulic cylinder connecting shaft (9) articulated connection, upper hydraulic cylinder (8) piston rod with it is upper hydraulic
One end of cylinder rod (10) is coaxially affixed, and the other end of upper hydraulic cylinder connecting rod (10) with bracket connecting shaft (11) with pedestal through being connect
One end of bracket (12) is hinged, and one end of subbase connection support (12) is fixed on unsplit bedplate (6), upper hydraulic cylinder (8) and upper liquid
Cylinder pressure connecting rod (10) is horizontally disposed and is parallel to the central axis direction of Automatic change film device (1), and coating materials (32) conveying direction hangs down
Directly in the central axis direction of Automatic change film device (1)；Upper hydraulic cylinder (8) operation, piston rod is flexible to push unsplit bedplate (6) to pass through
Guide wheel (2) accurately moves on guide rail (4) along the left and right sides, and then drives the Automatic change film being horizontally mounted on unsplit bedplate (6)
Device (1) moves equally, to realize that the Automatic change film device (1) on unsplit bedplate (6) is adjusted relative to coating materials (32) left and right
Whole correction；
The mechanism that tilts includes lower ground base (34), left risers (13) and right risers (19), lower ground base
(34) installation pedestal (14) on, the two sides on pedestal (14) are equipped with left risers (13) and right risers (19), left risers (13) and the right side
Overlay film roll assembly (23) and lower overlay film roll assembly (24) are installed in connection between vertical plate (19) top, upper overlay film roll assembly (23) and
Pass through steel plate and coating materials (32) between lower overlay film roll assembly (24)；Left risers (13) and right risers (19) bottom are mounted on inclination
One of them bottom of guidance set, left risers (13) and right risers (19) is equipped with pitch drives component；Oriented component
Including two rolling oriented modules for being located in the middle rotary module He being located at two sides, two rolling oriented modules are pacified respectively
Loaded between vertical plate (13/19) bottom surface both side and unsplit bedplate (6), rotary module be installed in the middle part of vertical plate (13/19) bottom surface and
Between unsplit bedplate (6)；Rolling oriented module includes support shaft (28), rolling bearing (29) and stabilizer blade (30)；Left risers (13)
Two support shafts (28) are respectively screwed with right risers (19) bottom, are set with rolling bearing (29) in support shaft (28), are propped up
Foot (30) is fixed on pedestal (14), and stabilizer blade (30) is the block structure that centre opens up level trough, and rolling bearing (29) is as rolling
Wheel activity in the level trough of stabilizer blade (30)；Rotary module includes hinge axis D (31), hinge axis C (26) and i type joint structure
One end of part, hinge axis D (31) and i type joint component is hinged, and the other end and hinge axis C (26) of i type joint component hingedly, are cut with scissors
Chain rivet D (31) is fixed on the side of vertical plate (13/19) bottom surface, and hinge axis C (26) is fixed on the other side of vertical plate (13/19) bottom surface
On the pedestal (14) of lower section；I type joint component includes two coaxially connected i type joint B (25) and is connected to two i type joints
Adjustment bolt (27) between B (25) end, by adjusting between the axial direction between two i type joint B (25) of bolt (27) adjusting
Away from distance；Pitch drives component includes lower hydraulic cylinder (15), hinge axis A (18), i type joint A (21) and hinge axis B (20)；Under
Hydraulic cylinder (15) cylinder body is mounted on hinge axis A (18) by oilless bearing (17), and hinge axis A (18) is fixed in pedestal (14)
Between, the piston rod of lower hydraulic cylinder (15) is fixedly connected by nut with one end of i type joint A (21), and i type joint A (21) is another
End by spherical bearing (22) and hinge axis B (20) hingedly, hinge axis B (20) be fixed on left risers (13) and right risers (19) its
In on a vertical plate (13/19)；The piston rod of lower hydraulic cylinder (15) drives one of vertical plate (13/19) to deflect when flexible
Inclination, vertical plate (13/19) bottom wherein the rolling bearing (29) in a side roll oriented module in stabilizer blade (30) along folk prescription
It is rolled to along a curved path counterclockwise, makes the rolling bearing in another side roll oriented module in vertical plate (13/19) bottom
(29) it is rolled in reverse direction along a curved path counterclockwise, and then the vertical plate (13/19) tilts and drives another vertical plate
(13/19) it tilts in the same direction.
2. a kind of steel plate overlay film doubling deviation device according to claim 1, it is characterised in that: the upper hydraulic cylinder (8)
Piston rod end has external screw thread, and one end end face of upper hydraulic cylinder connecting rod (10) is provided with threaded hole, upper hydraulic cylinder (8) tailpiece of the piston rod
Fixation is tightened with nut by being threaded into the threaded hole of upper hydraulic cylinder connecting rod (10) in portion.
3. a kind of steel plate overlay film doubling deviation device according to claim 1, it is characterised in that: the pedestal (14) passes through hinge
Chain rivet C (26) spherical bearing (22) end cap (16) i type joint B (25) adjustment bolt (27) hinge axis D (31) respectively with left risers
(13) it is connected with right risers (19).
4. a kind of steel plate overlay film doubling deviation device according to claim 1, it is characterised in that: the oriented component
Rolling bearing (29) in oriented module is rolled to be fixed with screw axial on support shaft (28) by end cap (16).
5. a kind of steel plate overlay film doubling deviation device according to claim 1, it is characterised in that: the oriented component
The spherical bearing (22) of two i type joint B (25) ends is compressed by end cap (16) with screw axial solid in rotary module
Due on hinge axis D (31)/hinge axis C (26).
6. a kind of steel plate overlay film doubling deviation device according to claim 1, it is characterised in that: in the pitch drives component
Oilless bearing (17) be fixed with screw axial on hinge axis A (18) also by end cap (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822014745.XU CN209208077U (en) | 2018-12-03 | 2018-12-03 | A kind of steel plate overlay film doubling deviation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822014745.XU CN209208077U (en) | 2018-12-03 | 2018-12-03 | A kind of steel plate overlay film doubling deviation device |
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| Publication Number | Publication Date |
|---|---|
| CN209208077U true CN209208077U (en) | 2019-08-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822014745.XU Active CN209208077U (en) | 2018-12-03 | 2018-12-03 | A kind of steel plate overlay film doubling deviation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454864A (en) * | 2018-12-03 | 2019-03-12 | 杭州浙达精益机电技术股份有限公司 | Steel plate overlay film doubling deviation device |
-
2018
- 2018-12-03 CN CN201822014745.XU patent/CN209208077U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454864A (en) * | 2018-12-03 | 2019-03-12 | 杭州浙达精益机电技术股份有限公司 | Steel plate overlay film doubling deviation device |
| CN109454864B (en) * | 2018-12-03 | 2023-09-15 | 浙江大学包头工业技术研究院 | Steel plate laminating dual deviation correcting device |
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