CN206502507U - A kind of three-dimensional prefabricated component suspender - Google Patents
A kind of three-dimensional prefabricated component suspender Download PDFInfo
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- CN206502507U CN206502507U CN201621232222.7U CN201621232222U CN206502507U CN 206502507 U CN206502507 U CN 206502507U CN 201621232222 U CN201621232222 U CN 201621232222U CN 206502507 U CN206502507 U CN 206502507U
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- suspension bracket
- prefabricated component
- loser
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Abstract
The utility model discloses a kind of three-dimensional prefabricated component suspender, suspender includes suspension bracket, the top of the suspension bracket is provided with least three top losers, the top loser is connected with the Heave Here of lifting appliance thereon by the first lifting rope and keeps the suspension bracket center of gravity and the Heave Here vertical non-alignment, the bottom of the suspension bracket is provided with multiple bottom losers, the bottom loser is by the second lifting rope with waiting that the suspension centre for lifting three-dimensional prefabricated component is connected vertically, the position for the bottom loser being connected with second lifting rope is convertible, difference waits that lift three-dimensional prefabricated component makes to wait that lifting three-dimensional prefabricated component center of gravity is placed exactly in immediately below the vertical direction of the Heave Here of the suspension bracket center of gravity and lifting appliance by converting the position for the suspension bracket bottom loser being connected with its suspension centre.Using above-mentioned suspender, the lifting demand of complicated three-dimensional prefabricated component can be met, and makes lifting steady, safe.
Description
Technical field
The utility model is related to a kind of suspender, more particularly to a kind of suspender for being applied to the three-dimensional prefabricated component of variation, can be full
The handling of foot difference sized volumetric prefabricated component needs.
Background technology
Current job site lifting stereoscopic member is general without using suspender, or the suspender used is simpler, directly passes through
Lifting rope connects hoist tool and the suspension centre on three-dimensional prefabricated component, or using on the three-dimensional prefabricated component of lifting rope connection on simple suspender
Suspension centre, existing suspender limitation is larger, is only applicable to the relatively regular three-dimensional prefabricated component handling of portion size, does not possess lifting overweight
The condition of three-dimensional prefabricated component, can not meet complicated, various component lifting demand.Run into eccentric more serious baroque pre-
Product or ghost prefabricated component, when center of gravity and larger Heave Here deviation, lifting can be unstable, and lifting rope can be by general suspender at present
Power is uneven, and part lifting rope is tensed, and part lifting rope can be in the state for not stressing, releasing, it is necessary to using thicker lifting rope, also need to make
With the stronger suspension centre of crane capacity, above-mentioned situation can all have potential safety hazard.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of suspender for being applied to the three-dimensional prefabricated component handling of variation,
The lifting demand of different sized volumetric prefabricated components can be met.Top loser above suspender connects lifting by the first lifting rope and set
Standby, the position of the bottom loser below suspender is convertible so that the suspension centre on various sizes of three-dimensional prefabricated component can connect vertically
The bottom loser on suspender is connected to, and component gravity center is also vertically aligned with Heave Here, suspender center of gravity.Three-dimensional prefabricated component can so be made
Lifting is steady, also ensures that lifting rope trouble free service under conditions of stress equalization.
In order to solve the above-mentioned technical problem, it is described the utility model discloses a kind of three-dimensional prefabricated component suspender, including suspension bracket
The lifting that the top of suspension bracket passes through the first lifting rope and lifting appliance thereon provided with least three top losers, the top loser
Point connects and keeps the suspension bracket center of gravity and the Heave Here vertical non-alignment, and the bottom of the suspension bracket is provided with multiple bottom losers,
The bottom loser is by the second lifting rope with waiting that the suspension centre for lifting three-dimensional prefabricated component is connected vertically；It is connected with second lifting rope
The position of bottom loser is convertible, and difference waits to lift three-dimensional prefabricated component by converting the bottom loser being connected with its suspension centre
Position make to wait to lift three-dimensional prefabricated component center of gravity be placed exactly in the suspension bracket center of gravity and lifting appliance Heave Here vertical direction just
Lower section.
Described three-dimensional prefabricated component suspender, the bottom of the suspension bracket is provided with multiple around the arrangement of suspension bracket center of gravity and numbered
Alternative bottom loser, according to waiting that the design feature for lifting three-dimensional prefabricated component selects at least three works from the alternative bottom loser
For the bottom loser being connected with second lifting rope, make to wait that lift three-dimensional prefabricated component center of gravity sets positioned at the suspension bracket center of gravity and lifting
The underface of standby Heave Here vertical direction, now waits to lift the suspension centre of three-dimensional prefabricated component and the bottom loser vertical non-alignment.
Described three-dimensional prefabricated component suspender, the bottom loser can be along the warp-wise and broadwise slideway being arranged on the suspension bracket
Left and right slides back and forth, and the mobile bottom loser is located at the suspension bracket center of gravity and risen until waiting the center of gravity for lifting three-dimensional prefabricated component
The bottom loser is locked during the underface for the Heave Here vertical direction for hanging equipment.
Warp-wise and broadwise slideway on described three-dimensional prefabricated component suspender, the suspension bracket are provided with position coordinates.
Described three-dimensional prefabricated component suspender, the suspension bracket has well-regulated geometry, and the suspension bracket center of gravity is located at suspension bracket
Geometric center.
Described three-dimensional prefabricated component suspender, the suspension bracket is welded into rectangular frame by I-steel, and the top of the suspension bracket is hung
Eye is arranged on the top of the rectangular frame, and the bottom loser is arranged on the bottom of the rectangular frame.
The convenient support for suspension bracket being positioned over ground is provided with below described three-dimensional prefabricated component suspender, the suspension bracket.
Compared with prior art, when lifting by crane three-dimensional prefabricated component using suspender of the present utility model, suspender center of gravity, lifting can be made
Point on same vertical curve, can ensure that the stability of handling process with three-dimensional prefabricated component center of gravity；Suspender is pre- with solid by lifting rope
Product is connected vertically, and stress is more balanced, and the position of suspender bottom loser is convertible, can meet hanging for different sized volumetric prefabricated components
Fortune, without changing suspender, is greatly improved operating efficiency, operates more safe efficient.
Brief description of the drawings
Fig. 1 is the lifting schematic perspective view of the three-dimensional prefabricated component suspender of the utility model；
Fig. 2 is the upward view of the three-dimensional prefabricated component suspender of the utility model.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation
Example, is described in further detail to the utility model.It should be appreciated that specific embodiment described herein is only to explain this reality
With new, it is not used to limit the utility model.
As shown in figure 1, this three-dimensional prefabricated component suspender is provided with least three tops comprising suspension bracket 101, the top of suspension bracket 101
Loser 102, its quantity can flexibly determine that suspension bracket 101 is preferably rule according to the geometry and loading condition of suspension bracket 101
Geometry, its center of gravity 104 is located at its geometric center, and the present embodiment suspension bracket 101 is set to rectangle, and suspension bracket 101 can use I-steel
It is welded Deng section bar, the upper weld of suspension bracket 101 there are four top losers 102, and top loser 102 passes through the first lifting rope 201
The Heave Here 301 of lifting appliance is connected, when suspension bracket 101 is lifted, Heave Here 301 and the center of gravity 104 of suspension bracket 101 are vertical right
Together.
As shown in Fig. 2 multiple bottom losers of numbering 1~62 are provided with centered on its center of gravity 104 in the bottom of suspension bracket 101
103, bottom loser 103 quick and precisely positions the bottom loser to be connected when setting numbering that site operation personnel can be facilitated to lift by crane
103。
As shown in figure 1, the bottom loser 103 is connected by the second lifting rope 202 or chain block treats that lifting is three-dimensional prefabricated
Suspension centre 402 on part 401；401 suspension centre 402 is pre-set by calculating in factory on three-dimensional prefabricated component, can be in suspension centre 402
The pre-buried hook in place is convenient to be connected with lifting rope, and its position is by the way that the three-dimensional center of gravity of prefabricated component 401 is set with the center of gravity 104 of suspension bracket 101, lifting
The standby vertical non-alignment of Heave Here 301, chooses under at least three suitable suspension brackets 101 according to the design feature of three-dimensional prefabricated component 401
Point of the vertical projection of portion's loser 103 on three-dimensional prefabricated component 401 is recorded and now corresponded to as the suspension centre 402 of three-dimensional prefabricated component 401
Bottom loser 103 numbering, when needing the three-dimensional prefabricated component 401 of handling, the connection of the one end of the second lifting rope 202 is treated that handling is three-dimensional
The suspension centre 402 of prefabricated component 401, the bottom loser 103 of suspension bracket 101 that other end connection is accordingly numbered can be by the three-dimensional prefabricated component
401 sling, and now the Heave Here 301 of lifting appliance, suspension bracket center of gravity 104, the three-dimensional center of gravity of prefabricated component 401 are in same vertical curve
On, and suspension bracket 101 connects three-dimensional prefabricated component 402, the first lifting rope 201 and the stress of the second lifting rope 202 vertically by the second lifting rope 202
It is more balanced, lift by crane more steady.
If necessary to adapt to the handling of the complicated three-dimensional prefabricated component of more Multiple Shape or size, can the bottom of suspension bracket 101 with
It is arranged to equidistant bottom loser 103 arranged in columns centered on its center of gravity 104.
Bottom loser 103 in above-described embodiment also can be set along warp-wise and broadwise slideway on the suspension bracket 101 or so
Or slide back and forth（It is not shown）, due to bottom loser position can flexible transformation, therefore the bottom of suspension bracket 101 is a large amount of without setting
Bottom loser can meet the handling demand of different sized volumetric prefabricated components 401, set three-dimensional pre- in factory in such cases
Optional scope then is also bigger during suspension centre 402 on product 401, when need to only ensure that suspension centre 402 is vertically aligned with bottom loser 103
Within sliding scale in bottom loser 103, during lifting, the three-dimensional prefabricated component of handling is treated in connection to the second lifting rope 202 vertically
401 suspension centre 402 and the bottom loser 103 of suspension bracket 101, the position of adjustment bottom loser 103 to wait to lift three-dimensional prefabricated component
The center of gravity vertical direction of Heave Here 301 that is located at the center of gravity 104 of suspension bracket 101 and lifting appliance underface when pass through and lock dress
The locking bottom loser 103 is put, now starting lifting appliance can steady solid prefabricated component 401 described in handling；For convenience of existing
Operation, installation of slide track position coordinates that can be on suspension bracket 101 such as size with a scale, solid prefabricated component 401 is set in factory
On suspension centre 402 when record position coordinates now with the bottom loser 103 of the vertical non-alignment of suspension centre 402 on slideway, scene
Bottom loser 103 directly is moved into corresponding slipway location during lifting can ensure that the second lifting rope 202 connects three-dimensional pre- vertically
The bottom loser 103 of the suspension centre 402 of product 401 and suspension bracket 101, and the three-dimensional center of gravity of prefabricated component 401, suspension bracket center of gravity 104, lifting appliance
The three of Heave Here 301 be vertically aligned.Bottom loser 103 need not be moved repeatedly to reach the above results, lifting efficiency is improved.
Ground is positioned over for convenience of suspension bracket 101, suspension bracket 101 can be positioned below support 105, and support 105 is solderable in suspension bracket
101 bottoms.
During prefabricated component three-dimensional come handling variation using the utility model suspender, as shown in figure 1, when bottom loser 103 is
When fixation is located at 101 bottom of suspension bracket, it is thus necessary to determine that wait to lift the position of the suspension centre 402 on three-dimensional prefabricated component 401：By the solid
The center of gravity of prefabricated component 401 and the center of gravity 104 of suspension bracket 101 and the vertical non-alignment of Heave Here 301, the vertical projection of bottom loser 103 exist
On the three-dimensional prefabricated component 401, at least three suitable subpoints are chosen as vertical according to the design feature of three-dimensional prefabricated component 401
There is the position of the bottom loser 103 of projection relation with suspension centre 402 in the suspension centre 402 of body prefabricated component 401, record, it is preferred that can be by
The bottom loser 103 of suspension bracket 101 sets numbering, and the position of bottom loser 103 can be uniquely determined by the numbering, facilitate site operation
Three-dimensional prefabricated component is rapidly and accurately connected to the bottom loser 103 on suspender 101 by personnel by lifting rope；During lifting, second hangs
The bottom of reference numeral is hung on the suspension centre 402 restricted on 202 one end connection three-dimensional prefabricated component 401, other end connection suspender 101
Eye 103, when lifting appliance slings the three-dimensional prefabricated component 401 by suspender 101, can make the Heave Here 301 of lifting appliance, hang
The center of gravity 104 of frame 101, wait to lift center of gravity three's vertical non-alignment of three-dimensional prefabricated component 401, and connection is vertical vertically for the second lifting rope 202
The bottom loser 103 of body prefabricated component 401 and suspension bracket 101.
The locking device of fixed bottom loser is provided with slideway, slideway when the bottom of suspension bracket 101 is provided with, bottom loser can
Warp-wise and broadwise slideway along the slideway or so or when sliding back and forth, can set a small amount of bottom loser 103 just to expire
The handling demand of foot difference sized volumetric prefabricated component 401, now the suspension centre 402 on three-dimensional prefabricated component 401 set more flexibly, only
Need to ensure the size of three-dimensional prefabricated component suspension centre 402 the bottom loser 103 of suspension bracket 101 it is convertible within the scope of, when with
Two lifting ropes 202 connect the suspension centre 402 vertically when slinging three-dimensional prefabricated component 401, because the position of bottom loser 103 can continuously become
Change, can always find suitable position and cause the Heave Here 301 of the three-dimensional center of gravity of prefabricated component 401 and lifting appliance, suspension bracket center of gravity 104
Vertical non-alignment, now the locked bottom loser 103 of locking device be allowed to move along the slideway on suspension bracket 101 again, start
Lifting appliance can steady three-dimensional prefabricated component 101 described in handling.
Using above-mentioned suspender come the three-dimensional prefabricated component of handling so that the Heave Here of lifting appliance, suspender center of gravity, treat that handling is three-dimensional
Prefabricated component center of gravity three is on same vertical curve；Second lifting rope connects suspender and treats the three-dimensional prefabricated component of handling vertically, and stress is more
Plus it is balanced, only need suitably to increase suspension centre when running into overweight three-dimensional prefabricated component, without using thicker lifting rope；Hung by bottom
The evolution of eye, to meet the handling of different prefabricated components, without changing suspender, is greatly improved operating efficiency.
Preferred embodiment of the present utility model is the foregoing is only, the utility model is not limited to, for this
For the technical staff in field, the utility model can have various modifications and variations.It is all it is of the present utility model spirit and principle
Within any modification, equivalent substitution and improvements made etc., should be included within protection domain of the present utility model.
Claims (7)
1. a kind of three-dimensional prefabricated component suspender, including suspension bracket（101）, the suspension bracket（101）Top hung provided with least three tops
Eye（102）, the top loser（102）Pass through the first lifting rope（201）With the Heave Here of lifting appliance thereon（301）Connection is simultaneously
Keep the suspension bracket（101）Center of gravity（104）With the Heave Here（301）Vertical non-alignment, the suspension bracket（101）Bottom provided with many
Individual bottom loser（103）, the bottom loser（103）Pass through the second lifting rope（202）With waiting to lift three-dimensional prefabricated component（401）Hang
Point（402）Vertical connection；It is characterized in that：With second lifting rope（202）The bottom loser of connection（103）Position it is variable
Change, difference is waited to lift three-dimensional prefabricated component（401）Pass through conversion and its suspension centre（402）The bottom loser of connection（103）Position
Putting makes to wait to lift three-dimensional prefabricated component（401）Center of gravity is placed exactly in the suspension bracket（101）Center of gravity（104）With the Heave Here of lifting appliance
（301）Vertical direction immediately below.
2. three-dimensional prefabricated component suspender according to claim 1, it is characterised in that：The suspension bracket（101）Bottom provided with many
It is individual to surround suspension bracket center of gravity（104）Arrangement and numbered alternative bottom loser, according to waiting to lift three-dimensional prefabricated component（401）Structure
Feature selected from the alternative bottom loser at least three as with second lifting rope（202）The bottom loser of connection
（103）, make to wait to lift three-dimensional prefabricated component（401）Center of gravity is located at the suspension bracket（101）Center of gravity（104）With the Heave Here of lifting appliance
（301）The underface of vertical direction, now waits to lift three-dimensional prefabricated component（401）Suspension centre（402）With the bottom loser（103）
Vertical non-alignment.
3. three-dimensional prefabricated component suspender according to claim 1, it is characterised in that：The bottom loser（103）Can be along setting
In the suspension bracket（101）On warp-wise and broadwise slideway or so or slide back and forth, the mobile bottom loser（103）Until waiting to hang
The three-dimensional prefabricated component of dress（401）Center of gravity be located at the suspension bracket（101）Center of gravity（104）With the Heave Here of lifting appliance（301）Vertically
The bottom loser is locked during the underface in direction（103）.
4. three-dimensional prefabricated component suspender according to claim 3, it is characterised in that：The suspension bracket（101）On warp-wise and latitude
Position coordinates is provided with to slideway.
5. three-dimensional prefabricated component suspender according to any one of claim 1 to 4, it is characterised in that：The suspension bracket（101）Tool
Well-regulated geometry, the suspension bracket（101）Center of gravity（104）Positioned at suspension bracket（101）Geometric center.
6. three-dimensional prefabricated component suspender according to claim 5, it is characterised in that：The suspension bracket（101）Welded by I-steel
Rectangular framework, the suspension bracket（101）Top loser（102）It is arranged on the top of the rectangular frame, the bottom loser
（103）It is arranged on the bottom of the rectangular frame.
7. three-dimensional prefabricated component suspender according to any one of claim 1 to 4, it is characterised in that：The suspension bracket（101）'s
Lower section is provided with convenient suspension bracket（101）It is positioned over the support on ground（105）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621232222.7U CN206502507U (en) | 2016-11-17 | 2016-11-17 | A kind of three-dimensional prefabricated component suspender |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621232222.7U CN206502507U (en) | 2016-11-17 | 2016-11-17 | A kind of three-dimensional prefabricated component suspender |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206502507U true CN206502507U (en) | 2017-09-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621232222.7U Active CN206502507U (en) | 2016-11-17 | 2016-11-17 | A kind of three-dimensional prefabricated component suspender |
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| CN (1) | CN206502507U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111017696A (en) * | 2019-12-04 | 2020-04-17 | 中建科技贵州有限公司 | Hoisting method of integrally assembled prefabricated part |
-
2016
- 2016-11-17 CN CN201621232222.7U patent/CN206502507U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111017696A (en) * | 2019-12-04 | 2020-04-17 | 中建科技贵州有限公司 | Hoisting method of integrally assembled prefabricated part |
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