CN107558728B - Hydraulic climbing formwork climbs device for adjusting posture, hydraulic climbing formwork and attitude adjusting method - Google Patents
Hydraulic climbing formwork climbs device for adjusting posture, hydraulic climbing formwork and attitude adjusting method Download PDFInfo
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- CN107558728B CN107558728B CN201710518828.XA CN201710518828A CN107558728B CN 107558728 B CN107558728 B CN 107558728B CN 201710518828 A CN201710518828 A CN 201710518828A CN 107558728 B CN107558728 B CN 107558728B
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Abstract
A kind of hydraulic climbing formwork provided by the invention climbs device for adjusting posture, including several slide devices being set between building masonry wall and hydraulic climbing formwork, slide device includes connector, support shell, hydraulic cylinder and telescopic tongue, connector one end is fixedly connected with the guide rail of hydraulic climbing formwork, the other end is connected by one end of pin shaft and telescopic tongue, the other end of telescopic tongue and the mandril of hydraulic cylinder are fixed, drive telescopic tongue flexible by hydraulic cylinder, so as to adjust the horizontal distance between the guide rail and building connecting with connector.Hydraulic climbing formwork provided by the invention can realize that hydraulic climbing formwork vertically climbs, tilts to climb or reverse and climb by the horizontal distance between control guide rail and building, adapt to the situation that recess, protrusion or torsion occurs in building floor.It climbs attitude adjusting method the present invention also provides two kinds of hydraulic climbing formworks simultaneously, it is easy to operate, it is highly-safe.
Description
Technical field
It climbs device for adjusting posture, hydraulic climbing formwork and attitude adjusting method the present invention relates to a kind of hydraulic climbing formwork, belongs to and build
Build construction die carrier technology field.
Background technique
Hydraulic climbing formwork is a kind of construction formwork system, can accelerate the speed of construction, at present high-rise, super
It is widely applied in high-building construction.Hydraulic climbing formwork is vertically attached to the outside of building, including form frame system and climbs
System, form frame system include the load-bearing tripod of lower part and the frame body platform on top, and climbing system includes guide rail and climbing device,
Climbing device includes the upper catching device being attached on guide rail and lower catching device, and is set between catching device and lower catching device
Hydraulic jack.Wherein, load-bearing tripod is made of column, horizon bar and brace；Upper catching device, lower catching device pass through connection
Bar is fixed on column.In construction, the column upper and lower ends of load-bearing tripod provide fixed branch by upper load-bearing support respectively
Support provides reaction of bearing by lower load-bearing support, to be fixed on building；During climbing, load-bearing support in releasing
With the constraint of lower load-bearing support and building, under the driving of hydraulic jack, upper catching device and lower catching device replace along guide rail
It climbs, form frame system integrally climbs under the jacking effect of upper catching device along guide rail.
However, according to design requirement, the phenomenon that alien invasion of different floors is likely to occur protrusion, recess or torsion, at this
In the case of kind, hydraulic climbing formwork needs a series of complex to operate, and could complete climbing for hydraulic climbing formwork.For example, there is building
Upper one layer of alien invasion protrude, form protrusion, the hydraulic climbing formwork process of climbing generally includes following steps: load-bearing tripod
Bottom end uses external force ejection → supporting leg of load-bearing support carries out contraction support replacement, tilts guide rail under replacement → to set at protrusion
It sets anchoring part and upwardly extends load-bearing support restraint in guide rail → releasing, climbing system drives form frame system inclination to rise to
Load-bearing seat supports leg carries out elongation support replacement, keeps guide rail vertical under load-bearing support → replacement in one layer → fixation.Work as hydraulic climbing formwork
Form frame system entirely through protrusion after, then by a series of support replacements movement so that form frame system is restored vertical configuration by tilting to climb
State.The shortcomings that existing hydraulic climbing formwork attitude-adjusting method, there are complicated for operation, inefficiency, construction speed is not only influenced, there is also
Certain security risk.
Summary of the invention
For hydraulic climbing formwork in the prior art in the case of protrusion, recess or torsion, existing pose adjustment behaviour
The problem of making complicated, inefficiency climbs device for adjusting posture the present invention provides a kind of hydraulic climbing formwork, including several is set to
Slide device between building masonry wall and hydraulic climbing formwork, slide device include connector, support shell, hydraulic cylinder and stretch
Tongue, connector one end are fixedly connected with the guide rail of hydraulic climbing formwork, and the other end is connected by one end of pin shaft and telescopic tongue, telescopic tongue
The other end and the mandril of hydraulic cylinder fix, drive telescopic tongue flexible by hydraulic cylinder, connect so as to adjust with connector
Guide rail and building between horizontal distance.Hydraulic climbing formwork provided by the invention, can by control guide rail and building it
Between horizontal distance, realize hydraulic climbing formwork vertically climb, tilt to climb or reverse and climb, adapted to building floor appearance it is recessed
The situation for falling into, protruding or reversing.It climbs attitude adjusting method the present invention also provides two kinds of hydraulic climbing formworks simultaneously, it is easy to operate,
It is highly-safe.
In order to solve the above technical problems, the present invention includes following technical solution:
A kind of hydraulic climbing formwork climbs device for adjusting posture, and the device for adjusting posture includes several being set to building masonry wall
Slide device between the guide rail of the hydraulic climbing formwork, the slide device include:
Connector, described connector one end are fixedly connected with the guide rail of the hydraulic climbing formwork, and the other end is provided at least two
A pin hole；
Support shell, the support shell are hollow housing, are fixed on the building masonry wall；
Hydraulic cylinder is fixedly installed in the support shell；And
Telescopic tongue, described telescopic tongue one end are fixedly connected by pin shaft with the connector；The other end is set to the branch
It in seat shell, and is fixed with the mandril of the hydraulic cylinder, passes through support shell axle center side described in the hydraulic cylinder drives edge
To flexible.
Preferably, the support outer casing bottom is fixedly installed foot pad, and bolt hole, ground anchor bolt are provided on the foot pad
The support shell is fixed on the building masonry wall across the bolt hole.
Preferably, two hydraulic cylinders are arranged side by side along support shell axle center two sides.
Preferably, the hydraulic cylinder includes the port connection stretched out from the preformed hole of the support shell.
Preferably, the port connection is connected with plug and play hydraulic pump, and the hydraulic pump can control two institutes simultaneously
State the port connection of hydraulic cylinder.
Correspondingly, the present invention also provides a kind of hydraulic climbing formwork, including form frame system and climbing system, the form frame systems
Including load-bearing tripod and frame body platform, the climbing system includes the guide rail being fixed on building masonry wall and is attached to
Climbing device on the guide rail, which is characterized in that be arranged between the guide rail of the hydraulic climbing formwork and the building just like power
Benefit requires the described in any item hydraulic climbing formworks of 1-5 to climb device for adjusting posture, the upper load-bearing support and cunning of the load-bearing tripod
Moving device is detachably connected；The lower load-bearing support of the load-bearing tripod is buckled on the guide rail, the lower load-bearing support end
Portion is provided with the idler wheel that can be slided along guide rail.
Correspondingly, the present invention also provides a kind of attitude adjusting method that climbs of hydraulic climbing formwork, the hydraulic climbing formwork is led
Rail is vertically fixed by being mounted on building n-th layer and (n+1)th layer of slide device, and the n-th+2 layers are protruding layer, including protrusion
Portion；The hydraulic climbing formwork attitude adjusting method that climbs includes the following steps:
S1. in the n-th+2 layers mounting slip device, the n-th+2 layers of slide device is than (n+1)th layer and the slide device of n-th layer
Distance L is protruded horizontally up outward；
S2. synchronous driving n-th layer and (n+1)th layer of slide device make guide rail move horizontally distance L to building outside,
Then the guide rail is extended to the n-th+2 layers, and is fixed with the n-th+2 layers of slide device；
S3. climbing system vertically rises to the n-th+2 layers along guide rail, and form frame system is driven vertically to climb, and makes load-bearing triangle
The upper load-bearing support of frame is fixed with the n-th+2 layers of slide device.
Preferably, the n-th+3 layers of the building need to be by vertical relative to the n-th+2 layers progressive protrusion, the hydraulic climbing formwork
It climbs and switchs to inclination and climb, the hydraulic climbing formwork attitude adjusting method that climbs further includes following steps:
S4. (n+1)th layer of lower square guide rail is removed, and the n-th+3 layers of slide device is installed, the n-th+3 layers slide device are than n-th+2
The slide device of layer protrudes horizontally up distance L outward；
S5. it keeps the n-th+2 layers slide device motionless, by (n+1)th layer of slide device level retraction distance L, tilts guide rail,
And guide rail is extended upwardly to the n-th+3 layers, and fix with the n-th+3 layers of slide device；
S6. climbing system rises to the n-th+3 layers along guide rail inclination, and form frame system inclination is driven to climb, and makes load-bearing triangle
The upper load-bearing support of frame is fixed with the n-th+3 layers of slide device.
Correspondingly, the present invention also provides the attitude adjusting method that climbs of another hydraulic climbing formwork, the hydraulic climbing formwork packets
Include the guide rails one and guide rail two of at least two parallel arrangements, the guide rail one and guide rail two by be mounted on building n-th layer and
(n+1)th layer of slide device is fixed, and the n-th+2 layers of building are corner layer, and the hydraulic climbing formwork climbs after needing corner about the z axis, institute
The hydraulic climbing formwork attitude adjusting method that climbs is stated to include the following steps:
S1. make to retain the connection of pin shaft between the connector of slide device and telescopic tongue, make connector and telescopic tongue it
Between by just connect be changed to it is hinged；
S2. keep the slide device connecting with guide rail one motionless, the slide device synchronization telescope that will be connect with guide rail two, with
The n-th+2 layers corner layer have identical corner；
S3. in the n-th+2 layers mounting slip device, and extend the guide rail to the n-th+2 layers, by guide rail and the n-th+2 layers of cunning
Moving device is fixed；
S4. climbing system vertically rises to the n-th+2 layers along guide rail, and form frame system is driven vertically to climb, and makes load-bearing triangle
The upper load-bearing support of frame is fixed with the n-th+2 layers of slide device.
The present invention due to using the technology described above, is allowed to compared with prior art, have the following advantages that and actively imitate
Fruit:
(1) it climbs device for adjusting posture the present invention provides a kind of hydraulic climbing formwork, including several is set to building masonry wall
Slide device between hydraulic climbing formwork, slide device include connector, support shell, hydraulic cylinder and telescopic tongue, connector
One end is fixedly connected with the guide rail of hydraulic climbing formwork, and the other end is connected by one end of pin shaft and telescopic tongue, the other end of telescopic tongue
Fixed with the mandril of hydraulic cylinder, drive telescopic tongue flexible by hydraulic cylinder, so as to adjust the guide rail being connect with connector with
Horizontal distance between building；
(2) connector is connect with telescopic tongue by least two pin shafts, the structure may be implemented connector and telescopic tongue it
Between connection type just connect with it is hinged between switch, consequently facilitating connector is around pin shaft rotation when corner；
(3) hydraulic climbing formwork provided by the invention can realize liquid by the horizontal distance between control guide rail and building
Pressure creeping formwork vertically climbs, tilts to climb or reverse and climb, and has adapted to the situation that recess, protrusion or torsion occurs in building floor；
(4) the lower load-bearing seat supports of traditional load-bearing tripod are on the alien invasion of building, due to different floors
Layer height may be not identical, and leading to lower load-bearing support position may be the intermediate hole of two layers of floor of building frame structure
Place, can not provide reaction of bearing, hydraulic climbing formwork provided by the invention, the lower load-bearing support of load-bearing tripod by roller supporting in
On guide rail, not by floor gap away from variation influenced, the scope of application is more extensive.
(5) it climbs attitude adjusting method the present invention also provides two kinds of hydraulic climbing formworks simultaneously, it is easy to operate, it is highly-safe.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the slide device in first embodiment of the invention；
Fig. 2 is the structural schematic diagram of the hydraulic climbing formwork in second embodiment of the invention；
Fig. 3 is the cross-sectional view in Fig. 2 along A-A section；
Fig. 4 to Figure 10 is that the hydraulic climbing formwork in 3rd embodiment climbs pose adjustment procedure chart.
Figure label is as follows:
Building 100；N-th layer 101；(n+1)th layer 102；The n-th+2 layers 103；The n-th+3 layers 104；The n-th+4 layers 105；Protrusion
110；
Form frame system 200；Load-bearing tripod 210；Column 211；Horizon bar 212；Brace 213；Upper load-bearing support 214；Under
Load-bearing support 215；Frame body platform 220；
Climbing system 300；Guide rail 310；Climbing device 320；Upper catching device 321, lower catching device 322, hydraulic jack
323；
Slide device 400；Connector 410；Pin hole 411；Support shell 420；Foot pad 421；Bolt hole 422；Hydraulic cylinder
430；Mandril 431；Port connection 432；Telescopic tongue 440.
Specific embodiment
Below in conjunction with the drawings and specific embodiments to hydraulic climbing formwork provided by the invention climb device for adjusting posture, hydraulic climb
Mould and attitude adjusting method are described in further detail.In conjunction with following explanation and claims, advantages and features of the invention
It will become apparent from.It should be noted that attached drawing is all made of very simplified form and using non-accurate ratio, only to it is convenient,
Lucidly aid in illustrating the purpose of the embodiment of the present invention.
The present invention be directed to existing hydraulic climbing formworks when encountering the situation of outside vertical surface of building recess, protrusion or corner,
There is a problem of that the process of climbing complicated for operation, inefficiency and safety are low, by setting between guide rail and outside vertical surface of building
Slide device is set, to improve the connection type between guide rail and building masonry wall, and changes load-bearing branch on load-bearing tripod
The fixed form of seat and lower load-bearing support so that hydraulic climbing formwork be made to have pose adjustment function of climbing, and has more extensive
Applicability.
Embodiment one
The device for adjusting posture referring to Fig. 1, hydraulic climbing formwork provided by the invention climbs, including several it is set to building
Slide device 400 between 100 walls and hydraulic climbing formwork, slide device 400 includes connector 410, support shell 420, hydraulic
Oil cylinder 430 and telescopic tongue 440.
Wherein, support shell 420 is hollow housing, is fixed on 100 wall of building.In construction, usually first construct
The frame structure of building 100, preferably, 420 bottom of support shell are fixedly installed foot pad 421, are provided with spiral shell on foot pad 421
Keyhole 422 passes through bolt hole 422 by ground anchor bolt and support shell 420 is fixed on the floor bottom plate of building 100.
Wherein, 410 one end of connector is fixedly connected with the guide rail 310 of hydraulic climbing formwork, and the other end is provided at least two pins
Hole 411, and be fixedly connected by pin shaft with telescopic tongue 440.The structure may be implemented between connector 410 and telescopic tongue 440
Connection type just connect with hingedly between switch.For example, when being fixed between connector 410 and telescopic tongue 440 by multiple pin shafts
When, it is therebetween just to connect；When extracting other pin shafts, when only retaining a pin shaft, be therebetween it is hinged, when hinged, company
Connector 410 can be rotated around pin shaft.
Wherein, hydraulic cylinder 430 is fixedly installed in support shell 420, by oil pressure actuated front end mandril 431 it is flexible from
And drive telescopic tongue 440 flexible.Preferably, two hydraulic cylinders 430 are arranged side by side along 420 axle center two sides of support shell.It is hydraulic
Oil cylinder 430 includes the port connection 432 stretched out from the preformed hole of support shell 420, includes two on each hydraulic cylinder 430
Port connection 432, when hydraulic cylinder 430 carries out stretching cylinder or the operation of contracting cylinder, one of them is oil inlet, another is fuel-displaced
Mouthful.Preferably, port connection 432 is connected with plug and play hydraulic pump, and hydraulic pump can control two hydraulic cylinders 430 simultaneously
Port connection 432, two hydraulic cylinders 430 of simultaneously operating.
Wherein, 440 one end of telescopic tongue is fixed in the pin hole 411 of connector 410 by pin shaft；The other end is set to support
In shell 420, and slid by 430 drives edge support shell of hydraulic cylinder, 420 axis direction.In the intracorporal telescopic tongue of support shell
440 two sides are welded with connecting plate, and connecting plate is fixedly connected with the mandril 431 of hydraulic cylinder 430.
To sum up, hydraulic climbing formwork provided by the invention climbs device for adjusting posture, and support shell is fixed by ground anchor bolt
On the bottom plate of 100 floor of building, drive telescopic tongue 440 flexible by hydraulic cylinder 430, so as to adjust guide rail 310 with build
Build the distance between 100 alien invasion of object.
Embodiment two
Fig. 2 and Fig. 3 are please referred to, and as shown in connection with fig. 1, hydraulic climbing formwork provided by the invention, including form frame system 200 and climb
System 300 is risen, form frame system 200 includes load-bearing tripod 210 and frame body platform 220, and climbing system 300 includes being fixed on building
Guide rail 310 on 100 floor bottom plate of object and the climbing device 320 being attached on guide rail 310,310 He of guide rail of hydraulic climbing formwork
It is provided with hydraulic climbing formwork between building 100 to climb device for adjusting posture, the upper load-bearing support 214 of load-bearing tripod 210 and sliding
Moving device 400 is detachably connected；The lower load-bearing support 215 of load-bearing tripod 210 is buckled on guide rail 310, lower load-bearing support 215
End is provided with the idler wheel that can be slided along guide rail 310.
Hydraulic climbing formwork provided by the invention includes at least two guide rails 310, every guide rail 310 at least through upper and lower two cunnings
Moving device 400 is fixed on building 100.Then, hydraulic climbing formwork includes at least 4 slide devices 400, by controlling 4 cunnings
The flexible stroke of 400 telescopic tongue 440 of moving device, the horizontal distance of adjustable guide rail 310 and 100 alien invasion of building, and can
To adjust the inclination angle of guide rail 310.Climbing device 320 is attached on guide rail 310, form frame system 200 is attached on guide rail 310, from
And the horizontal distance of controllable form frame system 200 and 100 alien invasion of building, and the inclination angle of adjustable form frame system 200 and
With the corner of building 100.It vertically climbs to control form frame system 200, tilt to climb or reverse and climb.
In addition, the lower load-bearing support 215 of traditional load-bearing tripod 210 is supported on the alien invasion of building 100, due to
The layer height of different floors may be not identical, and leading to lower 215 position of load-bearing support may be two layers of 100 frame structure of building
At the intermediate hole of floor, reaction of bearing can not be provided.Hydraulic climbing formwork provided by the invention, the lower load-bearing of load-bearing tripod 210
Support 215 by roller supporting on guide rail 310, not by floor gap away from variation influenced, the scope of application is more extensive.
Embodiment three
Fig. 4 to Fig. 8 is please referred to, and combines Fig. 1 to Fig. 3, it is right when encountering a protruding layer when climbing upwards to hydraulic climbing formwork
The hydraulic climbing formwork attitude adjusting method that climbs is further described.As shown in connection with fig. 4, the guide rail 310 of hydraulic climbing formwork is by being mounted on
The n-th layer 101 of building 100 and (n+1)th layer 102 of slide device 400 are vertically fixed, and the n-th+2 layers 103 are protruding layer, outward
Level protrusion distance L, forms protrusion 110, needs to be adjusted hydraulic climbing formwork posture of climbing by slide device 400, have
Body includes the following steps:
S1. as shown in figure 5, in the n-th+2 layers 103 mounting slip device 400, the n-th+2 layers 103 of slide device 400 to the n-th
The slide device 400 of+1 layer 102 and n-th layer 101 protrudes horizontally up distance L outward.
S2. as shown in fig. 6, synchronous driving n-th layer 101 and (n+1)th layer 102 of slide device 400, make guide rail 310 to building
It builds and moves horizontally distance L on the outside of object 100, guide rail 310 is then extended to the n-th+2 layers 103, and filled with the n-th+2 layers 103 of sliding
It is fixed to set 400.
S3. as shown in fig. 7, climbing system 300 vertically rises to the n-th+2 layers 103 along guide rail 310, and form frame system is driven
200 vertically climb, and keep the upper load-bearing support 214 of load-bearing tripod 210 and the n-th+2 layers 103 of slide device 400 fixed.
The present embodiment makes guide rail 310 towards building by the way that slide device 400 is arranged between guide rail 310 and building 100
100 outside horizontal translation distance L of object is built, to guarantee that hydraulic climbing formwork can be risen to upwards with protrusion under plumbness
110 the n-th+2 layers 103.As shown in figure 8, being completed to the n-th+4 layers 105 constructions, and the guide rail 310 of hydraulic climbing formwork is fixed on the n-th+3 layers
104, the n-th+4 layers 105 when, entire form frame system 200 is entirely through the n-th+2 layers 103 of protrusion 110, at this point, can pass through control
Horizontal sliding device 400 makes the horizontal retraction distance L of telescopic tongue 440, so that guide rail 310 be made to move horizontally L towards building 100.
Further, when encountering the protruding layer of at least two progressive protrusions when hydraulic climbing formwork climbs upwards, slide device 400
440 stroke of telescopic tongue when being unable to satisfy formwork system and vertically climbing, need to do further tune to the posture of climbing of hydraulic climbing formwork
It is whole.As shown in figure 9, the n-th+2 layers 103, the n-th+3 layers 104, the n-th+4 layers 105 successively outward progressive protrusion horizontal distance L, also
Be, the n-th+2 layers 103 relative to (n+1)th layer of 102 protruding horizontal distance L, the n-th+3 layers 104 relative to the n-th+2 layers 103 again to
It is overhanging go out horizontal distance L, the n-th+4 layers 105 relative to the n-th+3 layers 104 protruding horizontal distance L, hydraulic climbing formwork need to be by vertical
It climbs and switchs to inclination and climb, the hydraulic climbing formwork attitude adjusting method that climbs further includes following steps:
S4. as shown in figure 9, removing (n+1)th layer of 102 lower square guide rail 310, and the n-th+3 layers 104 of slide device 400 is installed,
The n-th+3 layers 400 to the n-th+2 layer 103 of 104 slide device protrudes horizontally up distance L outward；
S5. keep the n-th+2 layers 103 slide device 400 motionless, by the horizontal retraction distance of (n+1)th layer of 102 slide device 400
L tilts guide rail 310, and guide rail 310 is extended upwardly to the n-th+3 layers 104, and solid with the n-th+3 layers 104 of slide device 400
It is fixed；
S6. climbing system 300 rises to the n-th+3 layers 104 along the inclination of guide rail 310, and the inclination of form frame system 200 is driven to climb
It rises, keeps the upper load-bearing support 214 of load-bearing tripod 210 and the n-th+3 layers 104 of slide device 400 fixed.
Preferred embodiment provided in this embodiment can be such that hydraulic climbing formwork inclination climbs when encountering the progressive protrusion of upper floor
It rises, has the advantages that easy to operate, construction efficiency is high, highly-safe.
Example IV
Refering to Fig. 2 and Fig. 3, and Fig. 1 is combined, hydraulic climbing formwork includes the guide rail 310 of at least two parallel arrangements, for convenient for area
Not, referred to as guide rail one and guide rail two, guide rail one and guide rail two are by being mounted on 100 n-th layer 101 of building and (n+1)th layer 102
Slide device 400 it is fixed, the n-th+2 layers 103 of building 100 are corner layer, and hydraulic climbing formwork climbs after needing corner about the z axis, hydraulic
The creeping formwork attitude adjusting method that climbs includes the following steps:
S1. as shown in Figure 1, making to retain a pin shaft connection between the connector 410 of slide device 400 and telescopic tongue 440,
Make to be changed to hingedly between connector 410 and telescopic tongue 440 by just connecing.In the case where a pin shaft acts on, it can be achieved that connector 410 is in water
Square to rotation.
S2. keep first group of slide device 400 connecting with guide rail one motionless, the second group of sliding that will be connect with guide rail two
400 synchronization telescope of device, with the n-th+2 layers 103 with identical corner.First group is only used for filling two groups of slidings with second group
It sets 400 to distinguish, in order to describe, has no and specify.Hydraulic climbing formwork integrally turns an angle along guide rail one, with corner
Layer keeps equal angular, in order to which the form frame system 200 of hydraulic climbing formwork climbs upwards.
S3. in the n-th+2 layers 103 mounting slip device 400, and extend 310 to the n-th+2 layer 103 of guide rail, by guide rail 310 with
The n-th+2 layers 103 of slide device 400 is fixed.
S4. climbing system 300 vertically rises to the n-th+2 layers 103 along guide rail 310, and form frame system 200 is driven vertically to climb
It rises, keeps the upper load-bearing support 214 of load-bearing tripod 210 and the n-th+2 layers 103 of slide device 400 fixed.
The present embodiment changes the level between two guide rails 310 and building 100 by two groups of slide devices 400 of control
Distance rotates hydraulic climbing formwork along Z axis, thus it is consistent with upper layer corner layer, guarantee that hydraulic climbing formwork vertically climbs.
It is further to note that embodiment three, four, five, describes single protruding layer, continuous protruding layer and corner respectively
When layer, hydraulic climbing formwork climbs the method for pose adjustment, when there is single recessed layer, the situation of continuous recessed layer, hydraulic climbing formwork
Climb pose adjustment method it is similar with embodiment three, four, if there is upper layer protrusion+corner complicated case, in conjunction with implementation
Example three, five or example IV, five progress hydraulic climbing formworks are climbed pose adjustment, can equally hydraulic climbing formwork be made smoothly to climb.
Foregoing description is only the description to present pre-ferred embodiments, not to any restriction of the scope of the invention, this hair
Any change, the modification that the those of ordinary skill in bright field does according to the disclosure above content, belong to the protection of claims
Range.
Claims (7)
1. a kind of attitude adjusting method that climbs of hydraulic climbing formwork, which is characterized in that
The hydraulic climbing formwork, including form frame system and climbing system, the form frame system include load-bearing tripod and frame body platform,
The climbing system includes the climbing device for being fixed on the guide rail on building masonry wall and being attached on the guide rail, special
Sign is, hydraulic climbing formwork is provided between the guide rail of the hydraulic climbing formwork and the building and is climbed device for adjusting posture, described
Device for adjusting posture includes several slide devices being set between building masonry wall and the guide rail of the hydraulic climbing formwork, described to hold
The upper load-bearing support of weight tripod is detachably connected with slide device；The lower load-bearing support of the load-bearing tripod is buckled in described
On guide rail, the lower load-bearing block end is provided with the idler wheel that can be slided along guide rail；
The slide device includes:
Connector, described connector one end are fixedly connected with the guide rail of the hydraulic climbing formwork, and the other end is provided at least two pins
Hole；
Support shell, the support shell are hollow housing, are fixed on the building masonry wall；
Hydraulic cylinder is fixedly installed in the support shell；And
Telescopic tongue, described telescopic tongue one end are fixedly connected by pin shaft with the connector；The other end is set to outside the support
It in shell, and fixes with the mandril of the hydraulic cylinder, is stretched by support shell axis direction described in the hydraulic cylinder drives edge
Contracting；
The guide rail of the hydraulic climbing formwork is vertically fixed by being mounted on building n-th layer and (n+1)th layer of slide device, and n-th+2
Layer is protruding layer, including protrusion；The hydraulic climbing formwork attitude adjusting method that climbs includes the following steps:
S1. in the n-th+2 layers mounting slip device, the n-th+2 layers of slide device is more outside than the slide device of (n+1)th layer and n-th layer
Protrude horizontally up distance L；
S2. synchronous driving n-th layer and (n+1)th layer of slide device make guide rail move horizontally distance L to building outside, then
The guide rail is extended to the n-th+2 layers, and is fixed with the n-th+2 layers of slide device；
S3. climbing system vertically rises to the n-th+2 layers along guide rail, and form frame system is driven vertically to climb, and makes load-bearing tripod
Upper load-bearing support is fixed with the n-th+2 layers of slide device.
2. a kind of attitude adjusting method that climbs of hydraulic climbing formwork as described in claim 1, which is characterized in that the building
The n-th+3 layers relative to the n-th+2 layers progressive protrusion, the hydraulic climbing formwork need to be switched to inclination and be climbed by vertically climbing, described hydraulic to climb
The mould attitude adjusting method that climbs further includes following steps:
S4. (n+1)th layer of lower square guide rail is removed, and the n-th+3 layers of slide device is installed, the n-th+3 layers slide device are than the n-th+2 layers
Slide device protrudes horizontally up distance L outward；
S5. it keeps the n-th+2 layers slide device motionless, by (n+1)th layer of slide device level retraction distance L, tilts guide rail, and will
Guide rail extends upwardly to the n-th+3 layers, and fixes with the n-th+3 layers of slide device；
S6. climbing system rises to the n-th+3 layers along guide rail inclination, and form frame system inclination is driven to climb, and makes load-bearing tripod
Upper load-bearing support is fixed with the n-th+3 layers of slide device.
3. a kind of attitude adjusting method that climbs of hydraulic climbing formwork as described in claim 1, which is characterized in that the hydraulic climbing formwork
The guide rail one and guide rail two being arranged in parallel including at least two, the guide rail one and guide rail two are by being mounted on building n-th layer
Slide device with (n+1)th layer is fixed, and the n-th+2 layers of building are corner layer, and the hydraulic climbing formwork climbs after needing corner about the z axis,
The hydraulic climbing formwork attitude adjusting method that climbs includes the following steps:
S1. make to retain the connection of pin shaft between the connector of slide device and telescopic tongue, make between connector and telescopic tongue by
It just connects and is changed to hingedly；
S2. keep the slide device that connect with guide rail one motionless, the slide device synchronization telescope that will be connect with guide rail two, with n-th+
2 layers of corner layer have identical corner；
S3. in the n-th+2 layers mounting slip device, and extend the guide rail to the n-th+2 layers, guide rail and the n-th+2 layers of sliding are filled
Set fixation；
S4. climbing system vertically rises to the n-th+2 layers along guide rail, and form frame system is driven vertically to climb, and makes load-bearing tripod
Upper load-bearing support is fixed with the n-th+2 layers of slide device.
4. the attitude adjusting method that climbs of the hydraulic climbing formwork as described in claims 1 or 2 or 3, which is characterized in that outside the support
Shell bottom is fixedly installed foot pad, and bolt hole is provided on the foot pad, and ground anchor bolt passes through the bolt hole for the support
Shell is fixed on the building masonry wall.
5. the attitude adjusting method that climbs of the hydraulic climbing formwork as described in claims 1 or 2 or 3, which is characterized in that along the support
Two hydraulic cylinders are arranged side by side in shell axle center two sides.
6. the attitude adjusting method that climbs of hydraulic climbing formwork as claimed in claim 5, which is characterized in that the hydraulic cylinder includes
The port connection stretched out from the preformed hole of the support shell.
7. the attitude adjusting method that climbs of hydraulic climbing formwork as claimed in claim 6, which is characterized in that the port connection connection
There is plug and play hydraulic pump, the hydraulic pump can control the port connection of two hydraulic cylinders simultaneously.
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| CN201710518828.XA CN107558728B (en) | 2017-06-30 | 2017-06-30 | Hydraulic climbing formwork climbs device for adjusting posture, hydraulic climbing formwork and attitude adjusting method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108487067B (en) * | 2018-03-30 | 2019-07-09 | 中国十九冶集团有限公司 | Climbing method of bridge high pier climbing formwork template |
| CN108487069B (en) * | 2018-03-30 | 2019-07-09 | 中国十九冶集团有限公司 | Method for realizing up-and-down sliding of reversing box by overturning and climbing template system |
| CN108661310B (en) * | 2018-06-07 | 2023-12-01 | 中建一局集团建设发展有限公司 | Inner wall climbing formwork device of shear wall and construction method thereof |
| CN108678365B (en) * | 2018-06-13 | 2024-07-30 | 华西工程科技(深圳)股份有限公司 | Self-angle-changing hydraulic climbing formwork system |
| CN110184937B (en) * | 2019-06-11 | 2020-10-09 | 中铁七局集团有限公司 | Hydraulic creeping formwork construction method based on digital control |
| CN110359696B (en) * | 2019-07-25 | 2021-07-16 | 广州市第二建筑工程有限公司 | Adjustable attached lifting scaffold and inclined climbing method thereof |
| CN111058609A (en) * | 2019-12-30 | 2020-04-24 | 上海建工集团股份有限公司 | Construction and protection integrated portable operation platform and method |
| CN111350346A (en) * | 2020-03-23 | 2020-06-30 | 北京市建筑工程研究院有限责任公司 | Creeping formwork attachment device for doubly-linked beam |
| CN111926712B (en) * | 2020-08-12 | 2021-09-17 | 中交武汉港湾工程设计研究院有限公司 | Intelligent construction method for main tower with large inclination angle |
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| CN202899617U (en) * | 2012-11-15 | 2013-04-24 | 广州市京龙工程机械有限公司 | Rotatable telescopic connection mechanism |
| CN103061500A (en) * | 2013-01-11 | 2013-04-24 | 上海建工集团股份有限公司 | Bowstring truss type fully-enclosed hydraulic climbing formwork system and application method for same |
| CN205063332U (en) * | 2015-09-30 | 2016-03-02 | 中建六局建设发展有限公司 | A creeping formwork structure of climbing for wall body variable cross section department |
| CN105908966B (en) * | 2016-06-02 | 2017-12-22 | 中国建筑第八工程局有限公司 | Climbing form system and its construction method for sloping core construction |
| CN106401174A (en) * | 2016-06-02 | 2017-02-15 | 中国建筑第八工程局有限公司 | Creeping formwork system used for construction of variable cross-section core tube and construction method of creeping formwork system |
| CN106049857B (en) * | 2016-06-28 | 2018-10-09 | 上海建工集团股份有限公司 | The support device of turbine screw continuously adjustable for hydraulic climbing die block system |
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