CN206857498U - Concrete prefabricated element biserial air bag handling system - Google Patents
Concrete prefabricated element biserial air bag handling system Download PDFInfo
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- CN206857498U CN206857498U CN201720737654.1U CN201720737654U CN206857498U CN 206857498 U CN206857498 U CN 206857498U CN 201720737654 U CN201720737654 U CN 201720737654U CN 206857498 U CN206857498 U CN 206857498U
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- concrete prefabricated
- prefabricated element
- air bag
- steel wire
- handling system
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Abstract
The utility model discloses a kind of concrete prefabricated element biserial air bag handling system, it is included in lifting air bag of the prefabricated components prefabrication phase under bed die, it is used to support the chock of concrete prefabricated element in the prefabricated completion of prefabricated components and after detaching lifting air bag, the multiple scroll airbags vertical with transport path along the axis of prefabricated components transport path laying, along the more steel wire ropes that concrete prefabricated element surrounding is fixed in concrete prefabricated element handling process, one end of each steel wire rope is connected with concrete prefabricated element, and the other end of each steel wire rope is connected with hoist engine；The multiple scroll airbag is along transport path dually arrayed.The utility model transporting power is big, up to more than kiloton；Relatively low to precasting yard and the requirement for bearing capacity for carrying road, input is smaller, and security risk is smaller, relatively low to the flatness requirement of carrying road, can laterally, longitudinal direction and curve movement, it is high to carry flexibility ratio.
Description
Technical field
More particularly to a kind of concrete prefabricated element biserial air bag handling system of the utility model.
Background technology
In the prior art, concrete prefabricated element generally use heavy duty transport equipment is carried with straddle truck.Coagulation
Concrete prefabricated element is hung to heavy duty transport equipment by native prefabricated components by straddle truck first after the completion of precasting yard is prefabricated
On, recycle heavy duty transport equipment that concrete prefabricated element is transported into destination.
Existing mode of transport is higher to the requirement for bearing capacity of precasting yard and carrying road, and precasting yard input is larger, safety
Risk is higher, higher to the flatness requirement of carrying road, and the flexibility ratio of carrying is not high, and transporting power is low（Only tens to several
Hundred tons）.
The content of the invention
The purpose of this utility model is, for above-mentioned the deficiencies in the prior art, there is provided a kind of concrete prefabricated element is double
Row air bag handling system, relatively low to precasting yard and the requirement for bearing capacity for carrying road, input is smaller, and security risk is smaller, to removing
The flatness requirement on fortune road is relatively low, carries flexibility ratio height, and transporting power is big.
In order to solve the above technical problems, technical scheme is used by the utility model：
A kind of concrete prefabricated element biserial air bag handling system, it is included in concrete prefabricated element prefabrication phase and is located at bottom
Lifting air bag under mould, it is used to support concrete prefabricated element in the prefabricated completion of concrete prefabricated element and after detaching lifting air bag
Chock, the axis multiple scroll airbags vertical with transport path laid along concrete prefabricated element transport path, in coagulation
Along the more steel wire ropes that concrete prefabricated element surrounding is fixed, one end of each steel wire rope and coagulation in native prefabricated components handling process
Native prefabricated components are connected, and the other end of each steel wire rope is connected with hoist engine；The multiple scroll airbag is along transport path biserial cloth
Put.
By said structure, from form removal to appointed place is transported to, all completed with air bag, it is not necessary to using straddle truck and
Heavy duty transport equipment, relatively low to the intensity requirement of transport routes, transporting power is big, efficiency high；Jacking groove need not be set simultaneously,
Technique is simpler, saves engineering cost；Furthermore because whole process is not involved with work high above the ground, safety coefficient is higher.Its
Middle bed die is preferably steel form, lifted air bag preferred flat type air bag, lifting air bag place before should drain inside air and
Water, in order to avoid rocked during prefabricated construction.For there is the section of turning, biserial scroll airbag is more convenient for turning, and can prevent from rolling
Balloon burst.In turning section, curve inner side uses the less scroll airbag of diameter, and outside uses the rolling gas being relatively large in diameter
Capsule, so as to be conveniently steered, avoid directly pulling to turn to that scroll airbag is caused to damage.
Further, the smooth conveying tray in bottom surface, conveying tray and bottom are additionally provided between the bed die and lifting air bag
Mould is detachably connected.
For bottom surface and the concrete prefabricated element of incomplete plane, the smooth conveying tray in bottom surface can lift concrete
Prefabricated components, it is more uniformly stressed scroll airbag.The preferred steel form of conveying tray.For the concrete that bottom surface is complete plane
Prefabricated components, it may not be necessary to add conveying tray.
Further, in addition to terminal is controlled, baroceptor, temperature sensor and first is equipped with each scroll airbag
Wireless signal transmission module, electronic tension meter and second wireless singal transport module, the concrete are equipped with each steel wire rope
Prefabricated components are provided with some electrolevels, positioner and the 3rd wireless signal transmission module；The baroceptor, temperature
Spend sensor to electrically connect by the first wireless signal transmission module and control terminal, the electronic tension meter is wireless by second
Signal transmission module and control terminal electrical connection, the electrolevel, positioner pass through the 3rd transmission of wireless signals mould
Block and control terminal electrical connection.
, can be by controlling the air pressure, temperature value, every steel wire rope of terminal real-time reception scroll airbag by said structure
Pulling force size, concrete prefabricated element inclination angle and gait of march, and according to these data judge real data with design number
According to difference, judge whether these data close on Security alert threshold value.If any hidden danger, control terminal can alarm immediately, improve
The safety coefficient and functional reliability of system.
Right-angled bend is such as needed, chock can be filled in turning steel wire rope grappling, scroll airbag is hauled out, change scroll airbag
Direction, be dragged in scroll airbag again, withdraw chock, change the position of hoist engine, release grappling, start hoist engine again
Realize right-angled bend.
Further, in addition to control terminal, concrete prefabricated element surrounding, conveying tray bottom surface path direction stagger rolling
The take offence position of capsule is provided with wireless camera, and wireless camera is connected with control terminal wireless.
As a kind of preferred embodiment, the hoist engine is remote control hoist engine, and hoist engine electrically connects with control terminal.
Compared with prior art, the utility model transporting power is big, up to more than kiloton；To precasting yard and carry road
Requirement for bearing capacity is relatively low, input it is smaller, security risk is smaller, to carry road flatness requirement it is relatively low, can laterally, longitudinal direction and
Curve movement, it is high to carry flexibility ratio.
Brief description of the drawings
Fig. 1 is chock and lifting air bag operating diagram.
Fig. 2 is structural representation of the present utility model when concrete prefabricated element is carried.
Fig. 3 is the diagram after Fig. 2 right-angled bends.
Fig. 4 is Fig. 2 left view.
Fig. 5 is electrical block diagram of the present utility model.
Wherein, 1 is bed die, and 2 be lifting air bag, and 3 be concrete prefabricated element, and 4 be chock, and 5 be scroll airbag, and 6 be steel
Cord, 7 be hoist engine, and 8 be conveying tray, and 10 be control terminal, and 11 be baroceptor, and 12 be temperature sensor, and 13 be the
One wireless signal transmission module, 14 be electronic tension meter, and 15 be second wireless singal transport module, and 16 be electrolevel, 17
It is the 3rd wireless signal transmission module for positioner, 18,21 be air pump.
Embodiment
As shown in Figures 1 to 4, it is pre- to be included in concrete prefabricated element 3 for concrete prefabricated element biserial air bag handling system
The lifting air bag 2 that stage processed is located under bed die 1, it is used for branch in the prefabricated completion of concrete prefabricated element 3 and after detaching lifting air bag 2
The chock 4 of concrete prefabricated element 3 is supportted, the axis laid along the transport path of concrete prefabricated element 3 is vertical with transport path
Multiple scroll airbags 5, along the more steel wires that the surrounding of concrete prefabricated element 3 is fixed in the handling process of concrete prefabricated element 3
Rope 6, one end and the concrete prefabricated element 3 of each steel wire rope 6 are connected, and the other end of each steel wire rope 6 is connected with hoist engine 7；It is described
Multiple scroll airbags 5 are along transport path dually arrayed.
The smooth conveying tray 8 in bottom surface is additionally provided between the bed die 1 and lifting air bag 2.
Concrete prefabricated element biserial air bag handling system also includes control terminal 10（It is preferably mobile whole to control terminal 10
End, mobile terminal is preferably tablet personal computer, smart mobile phone）, baroceptor 11, TEMP are equipped with each scroll airbag 5
The wireless signal transmission module 13 of device 12 and first, electronic tension meter 14 and second wireless singal transmission are equipped with each steel wire rope 6
Module 15, the concrete prefabricated element 3 are provided with some electrolevels 16, the transmission of wireless signals of positioner 17 and the 3rd
Module 18（It is preferred that Zigbee）；The baroceptor 11, temperature sensor 12 pass through the first wireless signal transmission module 13
Electrically connected with control terminal 10, the electronic tension meter 14 is electrically connected by second wireless singal transport module 15 and control terminal 10
Connect, the electrolevel 16, positioner 17 are electrically connected by the 3rd wireless signal transmission module 18 and control terminal 10.
The stagger position of scroll airbag 5 of the surrounding of concrete prefabricated element 3, the bottom surface path direction of conveying tray 8 is provided with
Wireless camera, wireless camera and the control wireless connection of terminal 10.
The hoist engine 7 is remote control hoist engine, and hoist engine 7 electrically connects with control terminal 10.
Concrete prefabricated element biserial air bag method for carrying comprises the following steps：
Step A. places two or more lifting air bags 2 on prefabricated Ground that is smooth, tamping and harden, described
The axis of lifting air bag 2 is vertical with transport path, and the lifting air bag 2 drains the air and water of inside, lifting before placement
After air bag 2 is laid, sand screed-coat is laid on lifting air bag 2；
Step B. installs bed die 1 on sand screed-coat；
Step C. installs concrete prefabricated element side form on bed die 1, casting concrete, concrete prefabricated element 3 is supported
Give birth to design strength；
Step D. is inflated so that concrete prefabricated element 3 is jacked to specified altitude assignment to lifting air bag 2, in concrete prefabricated structure
Chock 4 is inserted in the bottom of part 3；
Step E. deflates to lifting air bag 2 and extracts lifting air bag 2 out from the bottom of concrete prefabricated element 3, uses water under high pressure
Punching is except the sand grains on ground；
Step F. inserts scroll airbag 5 in the bottom of concrete prefabricated element 3, while sets scroll airbag 5 along transport path,
The axis of scroll airbag 5 is vertical with transport path；
Step G. is along more fixed steel wire ropes 6 of the surrounding of concrete prefabricated element 3, one end of each steel wire rope 6 and concrete
Prefabricated components 3 are connected, and the other end of each steel wire rope 6 is connected with the hoist engine 7 of the surrounding of concrete prefabricated element 3.Air pressure transmission is installed
Sensor 11, temperature sensor 12, the first wireless signal transmission module 13, electronic tension meter 14, second wireless singal transport module
15th, electrolevel 16, positioner 17, the 3rd wireless signal transmission module 18.
Step H. is inflated to the scroll airbag 5 of the bottom of concrete prefabricated element 3, and chock 4 is removed；
Step I. starts hoist engine 7, and dragging concrete prefabricated element 3 moves ahead, removable after the deflation of scroll airbag 5 at rear
Move to front and reuse, so repeatedly, until arriving at carrying destination；It is suitable during concrete prefabricated element 3 moves ahead
Sharp transition, the scroll airbag 5 in the front of concrete prefabricated element 3 should not be full of, and it, which inflates height, should be less than concrete prefabricated element 3
The inflation height of scroll airbag 5 of lower section, treat that it enters the lower section of concrete prefabricated element 3 and then is full of scroll airbag 5.
In the step B, for bottom surface and the concrete prefabricated element 3 of incomplete plane, first installed on sand screed-coat
The smooth conveying tray 8 in bottom surface, then bed die 1 is installed on conveying tray 8.
Right-angled bend is such as needed, chock 4 can be filled in the grappling of turning steel wire rope 6, scroll airbag 5 is deflated and withdrawn from, rolling
Capsule 5 of taking offence is rotated by 90 ° and reinstalled, and booster air pump 21 is that scroll airbag 5 is inflated, and withdraws chock 4, changes the position of hoist engine 7
Put, release grappling, start again hoist engine 7 and right-angled bend can be achieved.
Embodiment of the present utility model is described above in conjunction with accompanying drawing, but the utility model is not limited to
The embodiment stated, above-mentioned embodiment is only schematical, rather than limitation, this area it is common
Technical staff is not departing from the utility model aims and scope of the claimed protection situation under enlightenment of the present utility model
Under, many forms can be also made, these are belonged within the scope of protection of the utility model.
Claims (5)
1. concrete prefabricated element biserial air bag handling system, it is characterised in that be included in concrete prefabricated element（3）Prefabricated rank
Section is located at bed die（1）Under lifting air bag（2）, in concrete prefabricated element（3）It is prefabricated to complete and detach lifting air bag（2）After use
In support concrete prefabricated element（3）Chock（4）, along concrete prefabricated element（3）The axis of transport path laying and carrying
Multiple scroll airbags of path orthogonal（5）, in concrete prefabricated element（3）Along concrete prefabricated element in handling process（3）Four
All more fixed steel wire ropes（6）, each steel wire rope（6）One end and concrete prefabricated element（3）It is connected, each steel wire rope（6）'s
The other end and hoist engine（7）It is connected；The multiple scroll airbag（5）Along transport path dually arrayed.
2. concrete prefabricated element biserial air bag handling system as claimed in claim 1, it is characterised in that the bed die（1）
With lifting air bag（2）Between be additionally provided with the smooth conveying tray in bottom surface（8）.
3. concrete prefabricated element biserial air bag handling system as claimed in claim 1 or 2, it is characterised in that also include control
Terminal processed（10）, each scroll airbag（5）Inside it is equipped with baroceptor（11）, temperature sensor（12）Passed with the first wireless signal
Defeated module（13）, each steel wire rope（6）On be equipped with electronic tension meter（14）With second wireless singal transport module（15）, it is described mixed
Coagulate native prefabricated components（3）It is provided with some electrolevels（16）, positioner（17）With the 3rd wireless signal transmission module
（18）；The baroceptor（11）, temperature sensor（12）Pass through the first wireless signal transmission module（13）With control eventually
End（10）Electrical connection, the electronic tension meter（14）Pass through second wireless singal transport module（15）With control terminal（10）It is electrically connected
Connect, the electrolevel（16）, positioner（17）Pass through the 3rd wireless signal transmission module（18）With control terminal
（10）Electrical connection.
4. concrete prefabricated element biserial air bag handling system as claimed in claim 2, it is characterised in that also include control eventually
End（10）, concrete prefabricated element（3）Surrounding, conveying tray（8）Bottom surface path direction staggers scroll airbag（5）Position be all provided with
It is equipped with wireless camera, wireless camera and control terminal（10）Wireless connection.
5. concrete prefabricated element biserial air bag handling system as claimed in claim 4, it is characterised in that the hoist engine
（7）To be remotely controlled hoist engine, hoist engine（7）With controlling terminal（10）Electrical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720737654.1U CN206857498U (en) | 2017-06-23 | 2017-06-23 | Concrete prefabricated element biserial air bag handling system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720737654.1U CN206857498U (en) | 2017-06-23 | 2017-06-23 | Concrete prefabricated element biserial air bag handling system |
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| Publication Number | Publication Date |
|---|---|
| CN206857498U true CN206857498U (en) | 2018-01-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720737654.1U Active CN206857498U (en) | 2017-06-23 | 2017-06-23 | Concrete prefabricated element biserial air bag handling system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112440373A (en) * | 2020-03-13 | 2021-03-05 | 彭一 | Many functional type aerated concrete maintenance platform |
-
2017
- 2017-06-23 CN CN201720737654.1U patent/CN206857498U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112440373A (en) * | 2020-03-13 | 2021-03-05 | 彭一 | Many functional type aerated concrete maintenance platform |
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