CN208178836U - The convertible welding platform of assembled architecture out-hung panel - Google Patents
The convertible welding platform of assembled architecture out-hung panel Download PDFInfo
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- CN208178836U CN208178836U CN201820583033.7U CN201820583033U CN208178836U CN 208178836 U CN208178836 U CN 208178836U CN 201820583033 U CN201820583033 U CN 201820583033U CN 208178836 U CN208178836 U CN 208178836U
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- lifting
- sliding rail
- overturning
- telescopic arm
- platform
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Abstract
Assembled architecture out-hung panel produces overturning platform, comprising: elevating mechanism, turnover mechanism, welding platform；Elevating mechanism includes that a welding platform central axes are the symmetrically arranged lifting support of symmetry axis, and lifting support upper inner is provided with lifting sprocket, is arranged with elevating chain in lifting sprocket；Upper and lower part on the inside of sliding rail is provided with sliding slot, and sliding block lateral wall is provided with the bayonet being adapted to sliding slot；The center cavity that the output shaft that the outer middle side part of sliding rail is connected with a rotary joint overturning motor passes through rotary joint is fixedly linked with sliding rail lateral wall；Telescopic arm is provided on inner side of slider wall, telescopic arm front end is provided with the U-clamp head being fixedly connected with telescopic arm, oil cylinder is provided in telescopic arm internal cavities, the utility model reduces overturning number, reduces the difficulty welded after overturning, keel need to only be overturn, welding platform does not need to move, and guarantees welding precision.
Description
Technical field
The utility model relates to assembled architecture out-hung panel production equipment technology, more specifically a kind of assembly
The convertible welding platform of formula out-hung panel for building.
Background technique
With the maturation of technology, assembled architecture has begun appearance, and since its used time is short, finished product is fast, is gone by building
The common concern of industry.An assembled architecture feature outstanding is largely using prefabricated component, and external hanging type wallboard is exactly one of them；
It is said from product, it is the outside that plate is hung on to wall by the construction methods such as cladding that exterior wall cladding, which is a kind of construction material,
It is a kind of building board for exterior wall.The production of out-hung panel needs multiple working procedure, and the first step is exactly the welding of keel, keel
It is required that very high flatness is eventually led to difficult to install if welding finished product poor flatness；The welding of keel needs two-sided apply
Weldering is turned to another side and continues to weld after one side is completed in welding, but keel dimensions are larger, and weight is also larger, this is resulted in
It is overturn when welding difficult.
There is the overturning platform being arranged on production line to be classified approximately into two kinds at present, first is that keel are fixed on a welding platform
It is upper to have welded one side, overturn together with welding platform, weld another side, it is such the disadvantage is that, welding the back side when, due to band
Welding platform overturn together, have part can not be welded to, cannot once complete, and welded the back side also to need to turn,
It is comparatively laborious；Another kind is welded on delivery platform, has been welded and has been transmitted on a kind of sandwich roll-over table, has overturn from overturning
It is transmitted to next welding bench welding on platform, needs multiple welding platform cooperations to complete, and in this way in order to which the dragon of one side will be welded
Bone is transmitted to overturning platform or carries out the keel after overturning from overturning platform, needs that transmission is arranged in welding platform
Roller thus affects the flatness of welding platform, causes welding flatness poor.
Summary of the invention
To solve the above problems, overcome the deficiencies in the prior art, the utility model provides a kind of flat without replacement welding
Platform is also not required to the convertible welding platform of assembled architecture out-hung panel for overturning platform together.
Assembled architecture provided by the utility model out-hung panel produces overturning platform, comprising: elevating mechanism, tipper
Structure, welding platform；The elevating mechanism includes that a welding platform central axes are the symmetrically arranged lifting support of symmetry axis, lifting branch
Frame lower part is fixedly linked with ground, and lifting support upper inner is provided with lifting sprocket, is arranged with elevating chain in lifting sprocket,
Lifting sprocket also passes through elevating drive mechanism and is connected with the lifting motor for providing power for elevating mechanism；The turnover mechanism includes
Overturn motor, sliding rail, collet, sliding block, oil cylinder；The sliding rail is strip, and the upper and lower part on the inside of sliding rail is provided with sliding slot,
The sliding block lateral wall is provided with the bayonet being adapted to sliding slot；The outer middle side part of the sliding rail is connected with a rotary joint, described
Sliding rail is fixedly linked with rotary joint one end, and the shell of the overturning motor is fixedly linked with the rotary joint other end, described to turn over
The center cavity that the output shaft of rotating motor passes through rotary joint is fixedly linked with sliding rail lateral wall；It is arranged on the inner side of slider wall
There is telescopic arm, the telescopic arm front end is provided with the U-clamp head being fixedly connected with telescopic arm, sets in the telescopic arm internal cavities
It is equipped with oil cylinder, the oil cylinder piston boom end is fixedly connected with collet, and the cylinder tube bottom and inner side of slider wall are hinged.
Further, the elevating drive mechanism includes second driving shaft, second gear case, the first rotation axis, the first tooth
The lower part among two lifting supports is arranged in roller box, the lifting motor, and the lifting motor output shaft is output shafts, institute
Lifting motor output shaft to be stated to be connected with second driving shaft one end, the second driving shaft other end is connected with second gear case input shaft,
Second gear case output shaft is connected with first rotation axis one end, and the first rotation axis other end is connected with first gear case input shaft,
First gear case output shaft is connected with lifting sprocket.
Further, the lifting support upper outside is additionally provided with reversing sprocket, and the elevating chain upper end is around liter
Cooperate after descending chain wheel with reversing sprocket, elevating chain upper end end is connected with clump weight.
Further, the positioning bolt of limitation sliding block and the opposite sliding of sliding rail is additionally provided on the sliding block.
Further, the collet includes bottom plate and upper and lower two panels intermediate plate disposed in parallel, and the intermediate plate end is introversion
Wedge structure.
Further, it is also provided on the upper and lower intermediate plate lateral wall of the collet as dropproof head plate.
The beneficial effects of the utility model are: the utility model is applied to first of Welder of out-hung panel production line
Sequence is overturn by the flexible clamping keel of telescopic arm inner cylinder, only need to overturn keel itself, flat relative to existing overturning
Platform reduces overturning number, reduces the difficulty welded after overturning, only need to overturn keel, and welding platform does not need to move, and guarantees
Welding precision；The use of clump weight reduces the load of lifting motor；Collet intermediate plate end is the wedge structure of introversion, is convenient for
It is inserted into keel lower part, and then clamps keel overturning, the setting of head plate head plate further improves safety.
Specifically, when welding keel, material is positioned in welding platform first, then spot welding, upper surface are fully welded, then
Positioning device is removed, lifting motor is started, collet is drop to concordant with welding platform, lifting motor is shut down, manipulates hydraulic valve
For oil cylinder fuel feeding, then two sides telescopic arm inwardly elongation simultaneously, elongation starts lifting motor to keel are clamped, by keel to super
Stop when crossing keel siding size half size, then starting overturning motor, overturning motor are controlled by limit switch, are turned every time
Dynamic 180 °, then start lifting motor, collet is drop to concordant with welding platform, shuts down lifting motor, manipulation hydraulic valve is
Oil cylinder fuel feeding, two sides telescopic arm is simultaneously to inside contracting；Then new upper surface is fully welded.
Detailed description of the invention:
Attached drawing 1 is the structural schematic diagram at one visual angle of the utility model；
Attached drawing 2 is the structural schematic diagram at another visual angle of the utility model；
Structural schematic diagram when attached drawing 3 is the overturning of the utility model turnover mechanism；
Attached drawing 4 is the structural schematic diagram of the utility model telescopic arm；
Attached drawing 5 is the structural schematic diagram of collet of the utility model with head plate；
Attached drawing 6 is the attachment structure schematic diagram of the utility model overturning motor and sliding rail；
In attached drawing: 1, lifting support, 2, lifting sprocket, 3, first gear case, 4, reversing sprocket, 5, elevating chain, 6, match
Pouring weight, the 7, first rotation axis, 8, second gear case, 9, second driving shaft, 10, lifting motor, 11, overturning motor, 12, sliding block,
13, telescopic arm, 14, collet, 15, sliding rail, 16, welding platform, 17, oil cylinder, 18, positioning bolt, 19, rotary joint.
Specific embodiment:
To keep the purposes, technical schemes and advantages of the utility model implementation clearer, below in conjunction with the utility model
Attached drawing, the utility model is further described in more detail.
In the description to the utility model, it is to be understood that indicating position or positional relationship are described as based on attached
Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion
Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this
The limitation of utility model protection range.In addition, term " first ", " second " are used for description purposes only, and should not be understood as indicating
Or imply relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is set
Set ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, being rotatablely connected, be slidably connected, being also possible to
It is detachably connected, or is integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, can also lead to
It crosses intermediary to be indirectly connected, can be the connection inside two elements.It for the ordinary skill in the art, can be with
Concrete condition understands the concrete meaning of above-mentioned term in the present invention.
In attached drawing 1-6, assembled architecture with out-hung panel produce overturning platform, comprising: elevating mechanism, turnover mechanism,
Welding platform 16；The elevating mechanism includes that 16 central axes of a welding platform are the symmetrically arranged lifting support 1 of symmetry axis, lifting
1 lower part of bracket is fixedly linked with ground, and 1 upper inner of lifting support is provided with lifting sprocket 2, and liter is arranged in lifting sprocket 2
Descending chain item 5, lifting sprocket 2 are also connected by elevating drive mechanism with the lifting motor 10 for providing power for elevating mechanism；It is described
Turnover mechanism includes overturning motor 11, sliding rail 15, collet 14, sliding block 12, oil cylinder 17；The sliding rail 15 is strip, sliding rail 15
The upper and lower part of inside is provided with sliding slot, and 12 lateral wall of sliding block is provided with the bayonet being adapted to sliding slot；The sliding rail 15
Outer middle side part is connected with a rotary joint 19, and the sliding rail 15 is fixedly linked with 19 one end of rotary joint, the overturning motor
11 shell is fixedly linked with 19 other end of rotary joint, and the output shaft of the overturning motor 11 passes through the center of rotary joint 19
Cavity is fixedly linked with 15 lateral wall of sliding rail；Telescopic arm 13,13 front end of telescopic arm are provided on 12 inner sidewall of sliding block
It is provided with the U-clamp head 14 being fixedly connected with telescopic arm 13, is provided with oil cylinder 17, the oil in 13 internal cavities of telescopic arm
17 piston rod end of cylinder is fixedly connected with collet 14, and the 17 cylinder barrel bottom of oil cylinder and 12 inner sidewall of sliding block are hinged.
The elevating drive mechanism includes second driving shaft 9, second gear case 8, the first rotation axis 7, first gear case 3,
The lower part among two lifting support 1 is arranged in the lifting motor 10, and 10 output shaft of lifting motor is output shafts, institute
It states 10 output shaft of lifting motor to be connected with 9 one end of second driving shaft, 9 other end of second driving shaft and 8 input shaft of second gear case
It is connected, 8 output shaft of second gear case is connected with 7 one end of the first rotation axis, and 7 other end of the first rotation axis and first gear case 3 are defeated
Enter axis to be connected, 3 output shaft of first gear case is connected with lifting sprocket 2.
1 upper outside of lifting support is additionally provided with reversing sprocket 4, and 5 upper end of elevating chain bypasses lifting sprocket 2
Cooperate afterwards with reversing sprocket 4, the 5 upper end end of elevating chain is connected with clump weight 6.
The positioning bolt 18 of limitation sliding block 12 and the opposite sliding of sliding rail 15 is additionally provided on the sliding block 12.
The collet 14 includes bottom plate and upper and lower two panels intermediate plate disposed in parallel, and the intermediate plate end is the wedge shape of introversion
Structure.
It is also provided on the upper and lower intermediate plate lateral wall of the collet 14 as dropproof head plate.
The utility model is overturn by the flexible clamping keel of 13 inner cylinder 17 of telescopic arm, need to only overturn keel sheet
Body reduces overturning number relative to existing overturning platform, reduces the difficulty welded after overturning, only need to overturn keel, weld
It connects platform 16 not needing to move, guarantees welding precision；The use of clump weight 6 reduces the load of lifting motor 10；Collet 14 presss from both sides
Piece end is the wedge structure of introversion, facilitates insertion into keel lower part, and then clamps keel overturning, the setting of head plate head plate into
One step improves safety.
Specifically, when welding keel, material is positioned in welding platform 16 first, then spot welding, upper surface are fully welded, so
After remove positioning device, start lifting motor 10, collet 14 drop to concordant with welding platform 16, shut down lifting motor 10,
Manipulation hydraulic valve is 17 fuel feeding of oil cylinder, and the inwardly elongation simultaneously of two sides telescopic arm 13 is extended to keel are clamped, then starting lifting is electric
Machine 10, by keel to stopping when being more than keel siding size half size, then starting overturning motor 11, overturning motor 11 pass through
Limit switch control, every time rotation 180 °, then start lifting motor 10, collet 14 is drop to it is concordant with welding platform 16,
Shut down lifting motor 10, manipulation hydraulic valve is 17 fuel feeding of oil cylinder, and two sides telescopic arm 13 is simultaneously to inside contracting；Then by new upper surface
It is fully welded.
It is those skilled in the art known technology in addition to the technical characteristic described in the specification.
Claims (6)
1. assembled architecture out-hung panel produces overturning platform, comprising: elevating mechanism, turnover mechanism, welding platform (16)；Its
Be characterized in that the elevating mechanism include a welding platform (16) central axes be the symmetrically arranged lifting support of symmetry axis (1), rise
Descending branch frame (1) lower part is fixedly linked with ground, and lifting support (1) upper inner is provided with lifting sprocket (2), lifting sprocket (2)
On be arranged with elevating chain (5), lifting sprocket (2) is also electric by elevating drive mechanism and the lifting that provides power for elevating mechanism
Machine (10) is connected；The turnover mechanism includes overturning motor (11), sliding rail (15), collet (14), sliding block (12), oil cylinder (17)；
The sliding rail (15) is strip, and the upper and lower part on the inside of sliding rail (15) is provided with sliding slot, and sliding block (12) lateral wall is set
It is equipped with the bayonet being adapted to sliding slot；The outer middle side part of the sliding rail (15) is connected with a rotary joint (19), the sliding rail (15)
It is fixedly linked with rotary joint (19) one end, the shell and rotary joint (19) other end stationary phase of overturning motor (11)
Even, the output shaft of overturning motor (11) passes through the center cavity and sliding rail (15) lateral wall stationary phase of rotary joint (19)
Even；It is provided with telescopic arm (13) on sliding block (12) inner sidewall, telescopic arm (13) front end is provided with and telescopic arm (13)
The U-clamp head (14) being fixedly connected is provided with oil cylinder (17) in telescopic arm (13) internal cavities, oil cylinder (17) piston
Boom end is fixedly connected with collet (14), and oil cylinder (17) the cylinder barrel bottom and sliding block (12) inner sidewall are hinged.
2. assembled architecture as described in claim 1 out-hung panel produces overturning platform, it is characterised in that the lifting passes
Motivation structure includes second driving shaft (9), second gear case (8), the first rotation axis (7), first gear case (3), the lifting electricity
Machine (10) the setting lower part intermediate in two lifting supports (1), lifting motor (10) output shaft are output shafts, the liter
Drop motor (10) output shaft is connected with second driving shaft (9) one end, and second driving shaft (9) other end and second gear case (8) are defeated
Enter axis to be connected, second gear case (8) output shaft is connected with the first rotation axis (7) one end, the first rotation axis (7) other end and first
Gear-box (3) input shaft is connected, and first gear case (3) output shaft is connected with lifting sprocket (2).
3. assembled architecture as described in claim 1 out-hung panel produces overturning platform, it is characterised in that the lifting branch
Frame (1) upper outside is additionally provided with reversing sprocket (4), elevating chain (5) upper end around lifting sprocket (2) afterwards with commutation chain
(4) cooperation is taken turns, elevating chain (5) the upper end end is connected with clump weight (6).
4. assembled architecture as described in claim 1 out-hung panel produces overturning platform, it is characterised in that the sliding block
(12) positioning bolt (18) of limitation sliding block (12) and the opposite sliding of sliding rail (15) is additionally provided on.
5. assembled architecture as described in claim 1 out-hung panel produces overturning platform, it is characterised in that the collet
It (14) include bottom plate and upper and lower two panels intermediate plate disposed in parallel, the intermediate plate end is the wedge structure of introversion.
6. assembled architecture as claimed in claim 5 out-hung panel produces overturning platform, it is characterised in that the collet
(14) it is also provided on upper and lower intermediate plate lateral wall as dropproof head plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820583033.7U CN208178836U (en) | 2018-04-23 | 2018-04-23 | The convertible welding platform of assembled architecture out-hung panel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820583033.7U CN208178836U (en) | 2018-04-23 | 2018-04-23 | The convertible welding platform of assembled architecture out-hung panel |
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| Publication Number | Publication Date |
|---|---|
| CN208178836U true CN208178836U (en) | 2018-12-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820583033.7U Active CN208178836U (en) | 2018-04-23 | 2018-04-23 | The convertible welding platform of assembled architecture out-hung panel |
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| Country | Link |
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| CN (1) | CN208178836U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112207474A (en) * | 2020-10-09 | 2021-01-12 | 王广运 | Automatic welding device for building steel structure wall |
-
2018
- 2018-04-23 CN CN201820583033.7U patent/CN208178836U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112207474A (en) * | 2020-10-09 | 2021-01-12 | 王广运 | Automatic welding device for building steel structure wall |
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