CN110242046A - A kind of elevator aluminum alloy pattern plate and its processing technology - Google Patents
A kind of elevator aluminum alloy pattern plate and its processing technology Download PDFInfo
- Publication number
- CN110242046A CN110242046A CN201910452568.XA CN201910452568A CN110242046A CN 110242046 A CN110242046 A CN 110242046A CN 201910452568 A CN201910452568 A CN 201910452568A CN 110242046 A CN110242046 A CN 110242046A
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- Prior art keywords
- bar
- vertical bar
- vertical
- sliding
- rotating bar
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F17/00—Vertical ducts; Channels, e.g. for drainage
- E04F17/005—Lift shafts
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G15/00—Forms or shutterings for making openings, cavities, slits, or channels
- E04G15/06—Forms or shutterings for making openings, cavities, slits, or channels for cavities or channels in walls of floors, e.g. for making chimneys
- E04G15/063—Re-usable forms
Abstract
The present invention relates to aluminum dipping form board machining process fields, more particularly, to a kind of elevator aluminum alloy pattern plate, including square template, vertical bar, Angle formwork and fixing piece, Angle formwork extends along the vertical direction with square template, fixing piece is arranged between adjacent aluminum alloy pattern plate, vertical bar is arranged inside square template, reinforcement assembly is provided on vertical bar, reinforcement assembly includes rotating bar, extension rod, sliding part and adjusting ring, rotating bar is rotatablely connected close to one end of vertical bar and vertical bar, the one end of rotating bar close to vertical bar is arranged in sliding part, rotating bar is slided on vertical bar by sliding part, extension rod is co-axially located at the one end of rotating bar far from vertical bar, extension rod is extended to inside rotating bar close to one end of rotating bar and is slidably connected with rotating bar, ring set is adjusted to be located on the circumferential surface of extension rod and be threadedly coupled with extension rod, it adjusts ring and rotating bar is separate The end face of vertical bar is rotatablely connected, and has achieved the effect that convenience is fixed and dismantles to aluminum alloy pattern plate.
Description
Technical field
The present invention relates to aluminum dipping form board machining process fields, more particularly, to a kind of elevator aluminum alloy pattern plate and its processing work
Skill.
Background technique
Elevator is the channel that Lift car type elevator rises or falls at present, it is the main artery of entire skyscraper, relationship
To the trip of all residents, general elevator divides floor to be poured, and when elevator pours, once can all use aluminum alloy pattern plate into
Row pours.
It is existing aluminum alloy pattern plate to be spliced first before being poured using aluminum alloy pattern plate to elevator, then, be
It avoids during pouring, aluminum alloy pattern plate is understood because the squeezing action of concrete causes aluminum alloy pattern plate to loosen in aluminum alloy pattern plate
Outside aluminum alloy pattern plate is supported using reinforcing members such as timbers.
Prior art among the above has the following deficiencies: that the existing support additional to aluminum alloy pattern plate is all to need work
What personnel carried, elevator time-division floor pours, and thus needs staff that aluminum alloy pattern plate is transported to the same of different floors
When, it is also necessary to the additional support of aluminum alloy pattern plate is transported to different floors, can thus waste more time and manpower, and
Installation or disassembly are not very convenient；When being removed to aluminum alloy pattern plate because support on the outside of aluminum alloy pattern plate and aluminum alloy pattern plate it
Between there is no direct connection relationship, so after staff is by supporting removal on the outside of aluminum alloy pattern plate, it is more likely that cause
Support on the outside of aluminum alloy pattern plate may injure staff by a crashing object there is a situation where falling in this way.
Summary of the invention
The object of the present invention is to provide a kind of elevator aluminum alloy pattern plate and its processing technology, reach using aluminum alloy pattern plate to electricity
When stair shaft pours, convenient effect aluminum alloy pattern plate being fixed with disassembly.
Above-mentioned technical purpose of the invention has the technical scheme that
A kind of elevator aluminum alloy pattern plate, vertical bar, setting inside square template, the side's of setting template including aluminum are turned in elevator
Angle formwork and fixing piece at angle, Angle formwork extend along the vertical direction with square template, and fixing piece is arranged in Angle formwork and Fang Mo
Between plate and between adjacent two square templates, the extending direction of vertical bar is identical as the square extending direction of template, on vertical bar
Be provided with the reinforcement assembly reinforced to opposite two in elevator square templates, reinforcement assembly include rotating bar, extension rod,
Sliding part and adjust ring, the extending direction of rotating bar is vertical with plane where square template, rotating bar close to vertical bar one end and
The one end of rotating bar close to vertical bar is arranged in vertical bar rotation connection, sliding part, and rotating bar is by sliding part along the extension of vertical bar
Direction is slided on vertical bar, and extension rod is co-axially located at the one end of rotating bar far from vertical bar, and extension rod is close to one end of rotating bar
Extend to inside rotating bar and be slidably connected with rotating bar, adjust ring set be located on the circumferential surface of extension rod and with extension rod spiral shell
Line connection adjusts ring and rotating bar and is rotatablely connected far from the end face of vertical bar.
By using above scheme, when needing to pour elevator, first other side's template is spliced with Angle formwork, phase
It is fixed between the square template of adjacent two using fixing piece, fixing piece is equally used between square template and the Angle formwork of corner
Splicing is fixed；When other side's template and Angle formwork are spliced, rotating bar extends downwardly on vertical bar, so will first turn
Lever is rotated to level, is then rotated to adjusting ring, because adjusting ring and rotating bar rotation connection, adjusts ring and extension rod
It is threadedly coupled, so it is mobile to adjust the direction that ring will drive extension rod to close or separate square template；Then pass through sliding part
Rotating bar is driven to move up and down on vertical bar, two end faces for keeping two extension rods in the square template of opposite two close to each other
It abuts against, this completes the fixation to aluminum alloy pattern plate, has reached when being poured using aluminum alloy pattern plate to elevator, it is convenient to aluminum alloy pattern plate
The effect being fixed；And in this way when pouring to elevator, the squeezing actions of two extension rods can be to avoid
Opposite two are square, and template tilts under the action of concrete to direction close to each other, makes the aluminum alloy pattern plate stability after splicing
More.It is mobile by adjusting the direction that annulus moves extension rod to close rotating bar and when needing to dismantle aluminum alloy pattern plate, so
Fixation to aluminum alloy pattern plate can be completed by removing fixing piece afterwards, achieve the effect that convenience dismantles aluminum alloy pattern plate.And it tears open
After unloading aluminum alloy pattern plate, rotating bar can be always on aluminum alloy pattern plate, the case where being not in loss, has reached and aluminum alloy pattern plate is facilitated to use
Effect.
The present invention is further arranged to, and one end of sliding part is provided with cross convex block in extension rod, in extension rod
One end close to sliding part offers cross card slot compatible with cross convex block.
One of them can be made to prolong when the end face for keeping two extension rods close to each other abuts by using above scheme
Cross segment on boom is inserted into inside the cross card slot on another extension rod, and two extension rods can in this way supported
It is more stable when connecing；When two extension rod end faces close to each other are convex block or are card slot, adjusting ring can be used
One of extension rod is taken out, and the end of the extension rod is exchanged.
The present invention is further arranged to, and the side of sliding part is provided with T-type sliding block adjusting ring, separate in rotating bar
Cricoid sliding slot compatible with T-type sliding block is offered on the end face of sliding part.
By using above scheme, ring is being adjusted in use, adjusting the T-type sliding block on ring can be embedded into cricoid sliding slot
Portion can be detached from rotating bar in this way to avoid ring is adjusted, and then reach extension rod without departing from rotating bar, under the action of adjusting ring
To extension rod is avoided, there is a situation where lose.
The present invention is further arranged to, and sliding part includes sliding bar, and rotating bar extends to vertical bar far from the one end for adjusting ring
Inside, offered on vertical bar it is compatible with rotating bar extend guide groove along the vertical direction, the side of vertical bar is arranged in sliding bar,
The extending direction of sliding bar and the extending direction of vertical bar are vertical, and sliding bar runs through vertical bar and rotating bar, offer on vertical bar
Sliding groove compatible with sliding bar.
It is mobile directed along the guide groove on vertical bar when needing to carry out up and down adjustment to rotating bar by using above scheme
Rotating bar, rotating bar also will drive sliding bar and move up and down inside sliding groove.
The present invention is further arranged to, and the both ends of sliding bar is provided with barrier sheet, the sectional area of barrier sheet is greater than sliding
The sectional area of bar.
By using above scheme, barrier sheet can occur position along the axis direction of sliding bar to avoid sliding bar and move
It is dynamic, if sliding bar is detached from vertical bar, will lead to rotating bar and be detached from vertical bar, may result in this way rotating bar occur to lose or
Rotating bar injures staff by a crashing object from falling from high altitude.
The present invention is further arranged to, and is provided with multiple pairs of sliding bars on vertical bar along the extending direction of vertical bar and is limited
The limit assembly of position.
It is mobile to rotating bar on vertical bar to terminate and then make two opposite extension rods by using above scheme
End face abuts against, and then the position of rotating bar is being fixed using limit assembly, in this way can be to avoid the mistake poured
Cheng Zhong, rotating bar move up and down inside the guide groove of vertical bar, and then unstable feelings occurs in casting process in the side's of causing template
Condition.
The present invention is further arranged to, and limit assembly includes stop collar and Limit screw, and stop collar is arranged in sliding groove
Side far from side's template, stop collar are adapted with the circumferential surface of sliding bar, and stop collar is embedded inside vertical bar, Limit screw setting
In the two sides of sliding bar, the extending direction of Limit screw is vertical with plane where square template, and vertical bar is arranged in vertical bar far from Fang Mo
The side of plate, Limit screw extend to inside vertical bar to the direction close to vertical bar, the one end and limit of Limit screw close to stop collar
Position ring rotation connection, Limit screw are threadedly coupled with vertical bar.
By using above scheme, when needing to be fixed using position of the limit assembly to rotating bar, rotary spacing spiral shell
Bar, because Limit screw and stop collar are rotatablely connected, Limit screw is threadedly coupled with vertical bar, so Limit screw can band when rotating
The dynamic circumferential direction close to sliding bar of limit is mobile, because stop collar is adapted with the circumferential surface of sliding bar, stop collar can be with
Sliding bar is pushed against inside sliding groove, after the position of sliding bar is fixed, the position of rotating bar has also just obtained fixation.
The present invention is further arranged to, and is provided with cross bar, the extending direction and vertical bar of cross bar between vertical bar and square template
Extending direction it is vertical.
By using above scheme, because the extending direction of cross bar is vertical with the extending direction of vertical bar, cross bar can be with
Other side's template is supported on the direction vertical with square template extending direction, has achieved the effect that increase side's template bearing capacity.
The present invention is further arranged to, and the both ends of cross bar and vertical bar are provided with fixed block, and fixing piece includes standing screw,
Two fixed blocks of the standing screw between adjacent two square templates and between square template and Angle formwork, and fixed spiral shell
Bar is threadedly coupled with fixed block.
By using above scheme, because standing screw is extended to inside fixed block and is threadedly coupled with fixed block, institute
Stability between the square template of adjacent two and square template and Angle formwork can be made higher with standing screw.
The present invention is further arranged to, a kind of processing technology of aluminum alloy pattern plate, comprising the following steps:
S1, using plate shearing machine according to drawing requirement to aluminium sheet carry out sawing sheet, the side's of respectively corresponding template, Angle formwork, vertical bar, cross bar,
Rotating bar, extension rod；
S2, bending is carried out using the plate of bending machine other side template, the plate of Angle formwork and vertical bar plate according to drawing requirement,
Vertical bar bending can form guide groove；
S3, sliding groove and holding tank are outputed on riser according to drawing；
S4, will be inside cross bar and the vertical bar side of being welded on template；
S5, tapping machine tap out hole is used on fixed block, fixed block is welded on to the both ends of cross bar and vertical bar；
S6, will be inside cross bar and the vertical bar side of being welded to template.
By using above scheme, the base frame of square template can be completed, in use, rotation will be plugged with again
One end that bar is connected to the rotating bar for adjusting ring is inserted into inside guide groove, and makes rotating bar and vertical bar by sliding bar
Position is relatively fixed.
In conclusion the present invention has following technical effect that
1. can be to electricity using reinforcement assembly after other side's template and Angle formwork splicing are completed by being provided with reinforcement assembly
Opposite two square templates are reinforced inside stair shaft, and after releasing the fixation of reinforcement assembly other side's template, can be very light
Easy other side's template is dismantled, and has been reached when being poured using aluminum alloy pattern plate to elevator, convenient that aluminum alloy pattern plate is fixed and is torn open
The effect unloaded；
2. one of to extend after two opposite extension rod end surfaces abut by being provided with cross convex block and card slot
Convex block on bar can be inserted into inside the card slot of another extension rod, reach when abutting two extension rods positional relationship more
Stable effect；
3., when sliding bar moves inside sliding groove, limit assembly can be to the position of sliding bar by being provided with limit assembly
It sets and is fixed, reached and reinforcement assembly during pouring to elevator is avoided to move on vertical bar, influenced Fang Mo
The effect of the stability of plate.
Detailed description of the invention
Fig. 1 is overall structure figure of the invention；
Fig. 2 is partial enlarged view at A in Fig. 1；
Fig. 3 is the overall diagram of reinforcement assembly in the present invention；
Fig. 4 is the cross-sectional view of reinforcement assembly in the present invention；
Fig. 5 is the vertical bar partial sectional view in order to show limit assembly in the present invention.
In figure, 1, square template；11, cross bar；12, fixed block；2, Angle formwork；3, vertical bar；31, guide groove；32, sliding groove；33,
Holding tank；4, fixing piece；41, standing screw；5, reinforcement assembly；51, rotating bar；511, sliding slot；52, extension rod；53, it adjusts
Ring；54, convex block；55, card slot；56, T-type sliding block；6, sliding part；61, sliding bar；62, barrier sheet；7, limit assembly；71, it limits
Ring；72, Limit screw.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
Embodiment one
Referring to Fig.1, the present invention provides a kind of elevator aluminum alloy pattern plates, including square template 1, Angle formwork 2, vertical bar 3, fixing piece 4
And reinforcement assembly 5, square template 1 and Angle formwork 2 extend along the vertical direction, inside 3 side's of being vertically arranged in template 1 of vertical bar,
Fixing piece 4 is arranged between the square template 1 of adjacent two and Angle formwork 2 and square template 1.It needs to pour elevator
When, other side's template 1 continues to splice with Angle formwork 2, and when splicing, the corner of elevator is arranged in Angle formwork 2；Splice completion
Afterwards, reinforcement assembly 5 is arranged between the square template 1 of opposite two and carries out to the distance between opposite two square templates 1
It is fixed.
Referring to Fig.1, in order to the side's of increase template 1 use when can bearing capacity, in order to which the side's of reduction template 1 is sent out in use
A possibility that shape that changes, is provided with cross bar 11, the extension of the extending direction and vertical bar 3 of cross bar 11 between vertical bar 3 and square template 1
Direction is vertical, and the two sides of cross bar 11 are abutted against respectively at square template 1 and vertical bar 3.
Referring to Figures 1 and 2, in order to make splicing after square template 1 and Angle formwork 2 between stability it is higher, in cross bar 11
It is provided with fixed block 12 with the both ends of vertical bar 3, fixing piece 4 includes standing screw 41, and standing screw 41 runs through adjacent two
Two fixed blocks 12 between Angle formwork 2 and between square template 1 and Angle formwork 2, and standing screw 41 and fixed block 12 it
Between for be threadedly coupled.
Referring to Fig.1, reinforcement assembly 5 includes rotating bar 51, extension rod 52 and adjusting ring 53, the extending direction of rotating bar 51
Vertical with square 1 place plane of template, rotating bar 51 is rotatablely connected close to one end of vertical bar 3 and vertical bar 3, and extension rod 52 is coaxially disposed
In the one end of rotating bar 51 far from vertical bar 3, extension rod 52 close to one end of rotating bar 51 extend to the inside of rotating bar 51 and with
Rotating bar 51 is slidably connected, and adjusts ring 53 and is set on the circumferential surface of extension rod 52 and is threadedly coupled with extension rod 52, adjusts ring
53 are rotatablely connected with rotating bar 51 far from the end face of vertical bar 3.
Rotating bar 51 is first rotated after completing Angle formwork 2 with the square splicing of template 1 using fixing bolt 41 until rotating bar
51 is horizontal, and the length of rotating bar 51 can be stretched out according to the distance between opposite two square templates 1 to extension rod 52 by adjusting ring 53
Degree is adjusted, and then abuts against again two end faces close to each other of extension rod 52 in the square template 1 of opposite two, in this way
When pouring to elevator, square template 1 and Angle formwork 2 would not be again under the squeezing action of concrete to far from concrete
Direction inclination；After concrete setting is completed, make two opposite extension rods 52 to mutually far by rotating adjustment ring 53
From direction it is mobile, the reinforcement effect of 5 other side's template 1 of reinforcement assembly can be released；Then unclamping again fixing bolt 41 can
To realize the disassembly of Angle formwork 2 and square template 1.The effect that convenience is dismantled aluminum alloy pattern plate and installed thus is reached
Fruit.
It is remote in extension rod 52 in order to keep two opposite 52 end faces of extension rod more stable when abutting referring to Fig. 3 and Fig. 4
See Fig. 1 from sliding part 6() one end be provided with cross convex block 54, extension rod 52 close to one end of sliding part 6 offer with
The compatible cross card slot 55 of cross convex block 54, in this way when the end face of two extension rods 52 abuts against, one of them prolongs
Convex block 54 on boom 52 can be inserted into inside the card slot 55 of another extension rod 52.When two extension rods 52 end close to each other
When face is convex block 54 or is card slot 55, adjusting ring 53 can be used and take out one of extension rod 52, and should
The end of extension rod 52 is exchanged.
Referring to Fig. 4, because adjusting ring 53 and rotating bar 51 are rotatablely connected, taken off in order to avoid the drive of extension rod 52 adjusts ring 53
From rotating bar 51, so T-type sliding block 56 is provided on the side of rotating bar 51 adjusting ring 53, in the end face of rotating bar 51
On offer circular track 511 compatible with T-type sliding block 56.
Referring to Fig.1, three groups of reinforcement assemblies 5 are provided with, altogether in each side's template 1 in order to make three groups of reinforcement assemblies, 5 pairs of phases
Pair fixed more stable in two square 1 positions of template, be provided on vertical bar 3 and reinforcement assembly 5 driven to move along the vertical direction
Sliding part 6.
Referring to Fig. 2, sliding part 6 includes sliding bar 61 and barrier sheet 62, and rotating bar 51 is prolonged far from the one end for adjusting ring 53
It reaches inside vertical bar 3, the guide groove 31 extended along the vertical direction compatible with rotating bar 51, sliding bar is offered on vertical bar 3
61 extending direction is vertical with the extending direction of vertical bar 3, and sliding bar 61 runs through vertical bar 3 and rotating bar 51, opens up on vertical bar 3
There is sliding groove 32 compatible with sliding bar 61, the both ends of sliding bar 61, and the section of barrier sheet 62 is arranged in barrier sheet 62
Product is greater than the sectional area of sliding bar 61.When needing that the position of rotating bar 51 is adjusted on vertical bar 3, inside guide groove 31
Rotating bar 51 is moved, rotating bar 51 will drive sliding bar 61 and move inside sliding groove 32, because of sliding bar 61
Through rotating bar 51 and vertical bar 3, so sliding bar 61 can be detached from vertical bar 3 to avoid rotating bar 51, barrier sheet 62 can be to avoid
Sliding bar 61 is detached from vertical bar 3.
Referring to Fig.1, after the position of rotating bar 51 being adjusted, after being installed in order to avoid reinforcement assembly 5, turn
The relative movement of position, 1 discontinuity of the side's of causing template, along vertical bar 3 occur inside the guide groove 31 of vertical bar 3 for lever 51
Extending direction is evenly arranged with the limit assembly 7 that multiple groups limit sliding bar 61 on vertical bar 3.
Referring to Fig.1 and Fig. 5, limit assembly 7 include stop collar 71 and Limit screw 72, and stop collar 71 is arranged in sliding groove
32 sides far from square template 1, stop collar 71 are adapted with the circumferential surface of sliding bar 61, and stop collar 71 is embedded inside vertical bar 3, limit
The two sides of sliding bar 61 are arranged in position screw rod 72, and the extending direction of Limit screw 72 is vertical with square 1 place plane of template, vertical bar 3
Side of the vertical bar 3 far from square template 1 is set, and Limit screw 72 is extended to inside vertical bar 3 to the direction close to vertical bar 3, limited
Screw rod 72 is rotatablely connected close to one end of stop collar 71 and stop collar 71, and Limit screw 72 is threadedly coupled with vertical bar 3.In vertical bar 3
After inside is to the mobile a distance of rotating bar 51, turning Limit screw 72 makes Limit screw 72 drive stop collar 71 to close to sliding
The direction of lever 61 is mobile, because stop collar 71 is adapted with the circumferential surface of sliding bar 61, as Limit screw 72 rotates, and limit
Sliding bar 61 can be pressed on inside sliding groove 32 by position ring 71, and this completes the limits to sliding bar 61.
In conclusion use process of the invention are as follows: when needing to pour elevator using aluminum alloy pattern plate, first other side's mould
Plate 1 and Angle formwork 2 carry out assembly, when assembled, are applicable in standing screw 41 to adjacent two square templates 1 and adjacent Fang Mo
It is fixed between plate 1 and Angle formwork 2, standing screw 41 extends to inside two fixed blocks 12 at this time；Splice in aluminum alloy pattern plate
At later, the position of rotating bar 51 is adjusted on vertical bar 3, rotating bar 51 drives sliding bar 61 to move inside sliding groove 32
It is dynamic, after the height adjustment of rotating bar 51 arrives suitable position, tighten Limit screw 72, the drive stop collar 71 of Limit screw 72
Sliding bar 61 is pushed against, sliding bar 61 can be fixed on inside sliding groove 32 by such stop collar 71, and this completes to rotation
The fixation of 51 position of bar；Then rotating bar 51 is carried out around the axis direction of sliding bar 61 being rotated up 51 water of rotating bar
It is flat, observe extension rod 52 in the square templates 1 of opposite two end close to each other whether one be cross convex block 54, it is another
A is cross card slot 55, if so, the convex block 54 and card slot 55 on the end face for just making two extension rods 52 close to each other match
It closes, if it is not, exchanging by adjusting ring 53 to the end positions of one of extension rod 52, then makes two extensions again
Convex block 54 on the end face close to each other of bar 52 is matched with card slot 55；Then can start to pour elevator.
Embodiment two
A kind of processing technology of aluminum alloy pattern plate, comprising the following steps:
S1, sawing sheet, the side's of respectively corresponding template 1, Angle formwork 2, vertical bar 3, cross are carried out to aluminium sheet according to drawing requirement using plate shearing machine
Bar 11, rotating bar 51, extension rod 52；
S2, it is rolled over according to drawing requirement using the plate of bending machine other side template 1, the plate of Angle formwork 2 and 3 plate of vertical bar
Curved, 3 bending of vertical bar can form guide groove 31；
S3, sliding groove 32 and holding tank 33 are outputed on riser according to drawing；
S4, will be inside cross bar 11 and 3 side's of being welded on template 1 of vertical bar；
S5, tapping machine tap out hole is used on fixed block 12, fixed block 12 is welded on to the both ends of cross bar 11 Yu vertical bar 3；
S6, will be inside cross bar 11 and 3 side's of being welded to template 1 of vertical bar.
The preparatory processing of other side's template 1 can be completed by step S1-S6, it, first will limit after square template 1 completes the process
Ring 71 and Limit screw 72 are installed to inside holding tank 33；Extension rod 52 is inserted into rotating bar 51 by adjusting ring 53 again
Then rotating bar 51 is inserted into inside the guide groove 31 of vertical bar 3 by portion far from one end of extension rod 52 again, then again by sliding bar 61
It is inserted into inside sliding groove 32, and sliding bar 61 runs through one end of rotating bar 51 at this time.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.
Claims (10)
1. a kind of elevator aluminum alloy pattern plate, square template (1), setting including aluminum in the internal vertical bar (3) of square template (1), set
The Angle formwork (2) and fixing piece (4) in elevator corner are set, Angle formwork (2) extends along the vertical direction with square template (1),
Fixing piece (4) setting is between Angle formwork (2) and square template (1) and between two adjacent side's templates (1), vertical bar (3)
Extending direction is identical as the extending direction of square template (1), is provided on vertical bar (3) to two opposite in elevator square templates
(1) reinforcement assembly (5) reinforced, it is characterised in that: reinforcement assembly (5) includes rotating bar (51), extension rod (52), sliding
Part (6) and adjusting ring (53), the extending direction of rotating bar (51) is vertical with plane where square template (1), and rotating bar (51) is leaned on
One end and vertical bar (3) of nearly vertical bar (3) are rotatablely connected, and one end in rotating bar (51) close to vertical bar (3) is arranged in sliding part (6),
Rotating bar (51) is slided on vertical bar (3) by sliding part (6) along the extending direction of vertical bar (3), and extension rod (52) is coaxially set
One end in rotating bar (51) far from vertical bar (3) is set, extension rod (52) extends to rotating bar close to the one end of rotating bar (51)
(51) internal and be slidably connected with rotating bar (51), adjust ring (53) be set on the circumferential surface of extension rod (52) and with extension
Bar (52) is threadedly coupled, and is adjusted ring (53) and rotating bar (51) and is rotatablely connected far from the end face of vertical bar (3).
2. a kind of elevator aluminum alloy pattern plate according to claim 1, it is characterised in that: in extension rod (52) far from sliding part
(6) one end is provided with cross convex block (54), extension rod (52) close to sliding part (6) one end offer with it is cross convex
The compatible cross card slot (55) of block (54).
3. a kind of elevator aluminum alloy pattern plate according to claim 1, it is characterised in that: adjusting ring (53) close to sliding part
(6) side is provided with T-type sliding block (56), offers and T-type sliding block on the end face of rotating bar (51) far from sliding part (6)
(56) compatible cricoid sliding slot (511).
4. a kind of elevator aluminum alloy pattern plate according to claim 1, it is characterised in that: sliding part (6) includes sliding bar
(61), rotating bar (51) extends to vertical bar (3) inside far from the one end for adjusting ring (53), offers and rotates on vertical bar (3)
Bar (51) is compatible to extend guide groove (31) along the vertical direction, and sliding bar (61) is arranged in the side of vertical bar (3), sliding bar (61)
Extending direction it is vertical with the extending direction of vertical bar (3), sliding bar (61) run through vertical bar (3) and rotating bar (51), in vertical bar
(3) it is offered on and sliding bar (61) compatible sliding groove (32).
5. a kind of elevator aluminum alloy pattern plate according to claim 4, it is characterised in that: be arranged at the both ends of sliding bar (61)
Have barrier sheet (62), the sectional area of barrier sheet (62) is greater than the sectional area of sliding bar (61).
6. a kind of elevator aluminum alloy pattern plate according to claim 5, it is characterised in that: along the extending direction of vertical bar (3)
The limit assembly (7) that multiple pairs of sliding bars (61) are limited is provided on vertical bar (3).
7. a kind of elevator aluminum alloy pattern plate according to claim 6, it is characterised in that: limit assembly (7) includes stop collar
(71) and Limit screw (72), stop collar (71) are arranged in the side of sliding groove (32) far from square template (1), stop collar (71)
It is adapted with the circumferential surface of sliding bar (61), stop collar (71) is embedded in vertical bar (3) inside, and Limit screw (72) is arranged in sliding bar
(61) two sides, the extending direction of Limit screw (72) is vertical with plane where square template (1), and vertical bar (3) is arranged in vertical bar (3)
Side far from side's template (1), Limit screw (72) extend to vertical bar (3) inside, Limit screw to the direction close to vertical bar (3)
(72) it is rotatablely connected close to the one end of stop collar (71) and stop collar (71), Limit screw (72) is threadedly coupled with vertical bar (3).
8. a kind of elevator aluminum alloy pattern plate according to claim 1, it is characterised in that: vertical bar (3) and square template (1) it
Between be provided with cross bar (11), the extending direction of cross bar (11) is vertical with the extending direction of vertical bar (3).
9. a kind of elevator aluminum alloy pattern plate according to claim 8, it is characterised in that: in cross bar (11) and vertical bar (3)
Both ends are provided with fixed block (12), and fixing piece (4) includes standing screw (41), and standing screw (41) runs through two adjacent Fang Mo
Two fixed blocks (12) between plate (1) and between square template (1) and Angle formwork (2), and standing screw (41) and fixation
Block (12) is threadedly coupled.
10. a kind of processing technology of aluminum alloy pattern plate, it is characterised in that: the following steps are included:
S1, sawing sheet, the side's of respectively corresponding template (1), Angle formwork (2), vertical bar are carried out to aluminium sheet according to drawing requirement using plate shearing machine
(3), cross bar (11), rotating bar (51), extension rod (52)；
S2, the plate of bending machine other side template (1), the plate and vertical bar (3) plate of Angle formwork (2) are used according to drawing requirement
Bending is carried out, vertical bar (3) bending can form guide groove (31)；
S3, sliding groove (32) and holding tank (33) are outputed on riser according to drawing；
S4, will cross bar (11) and vertical bar (3) side's of being welded on template (1) it is internal；
S5, tapping machine tap out hole is used on fixed block (12), fixed block (12) is welded on cross bar (11) and vertical bar (3)
Both ends；
S6, will cross bar (11) and vertical bar (3) side's of being welded to template (1) it is internal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN110593526A (en) * | 2019-09-18 | 2019-12-20 | 武汉建工集团股份有限公司 | Conveniently-detachable slag discharging channel and mounting method |
| CN110905187A (en) * | 2019-12-09 | 2020-03-24 | 国网新疆电力有限公司建设分公司 | Template structure for transformer substation main body construction |
| CN113622655A (en) * | 2021-07-24 | 2021-11-09 | 浙江龙马建设有限公司 | Template is pour to integrative pouring shaping elevartor shaft |
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Application publication date: 20190917 |